Open Access System for Information Sharing

Browse by Researchers

LEE, JIN SOO (이진수)

Dept. of Creative IT Engin.(창의IT융합공학과)

Field(s)

Show more items...

H-INDEX

Chart.

Keyword

DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||DESIGN:5||MANIPULATORS:4||MODEL:3||CONTROLLER:3||hierarchical fuzzy logic system:3||LOGIC:3||Continuous casting:2||FAST TCP:2||CONTROLSYSTEMS:2||thickness sensors:2||FEEDBACK:2||adaptive fuzzy control:2||mobile robot:2||molten steel level:2||switching control:2||magnetic flux sensors:2||CONTINUOUS CASTER:2||CONTROL STRATEGY:2||SYSTEMS:2||nonlinear systems:2||fuzzy control:2||ALGORITHM:2||NETWORKS:2||StoneWeierstrass theorem:2||congestion control:2||MOLD LEVEL:2||steel plates:2||universal approximation:2||CASTER:2||APPROXIMATION:2||STABILITY:2||Chaos synchronization:1||Timedelay estimation:1||Timedelay compensation:1||bulging disturbance:1||argon ion laser:1||CONTINUOUS CONDUCTION MODE:1||MICROINVERTER:1||monotonic function:1||roll gap:1||SUPERLATTICE STRUCTURES:1||Closed loop systems:1||Markov model:1||load cell:1||Lyapunov function:1||flexible joint:1||finitetime convergence:1||stopper:1||Heuristic search:1||NAPHTHALOCYANINES:1||Adaptive fuzzy controller:1||Adaptive sine estimator:1||Molten steel level:1||Switching control:1||timedelay compensation:1||DCDC CONVERTER:1||FREQUENCY:1||Adaptive control:1||TSK fuzzy system:1||Electric inverters:1||iterative learning control:1||TMR controller:1||programmable logic controller:1||magnet voltage control:1||MOBILE ROBOT NAVIGATION:1||adaptive fuzzy logic:1||TCP Vegas:1||immersion nozzle:1||ADAPTIVE FUZZY CONTROL:1||global asymptotic stability:1||PERFORMANCE:1||FAIRNESS:1||ULTRASOUND:1||Arneodo system:1||SUPPRESSION:1||SERVO SYSTEM:1||laser engraving:1||CONNECTED PHOTOVOLTAIC SYSTEMS:1||BOOST CONVERTER:1||stability:1||reliability:1||Boolean equation:1||averaging:1||CONTROLLERS:1||fuzzy logic system:1||obstacle avoidance:1||cascade control:1||ADAPTIVECONTROL:1||LINK:1||RIGID ROBOTS:1||nonlinear compensation:1||strictly positive real system:1||CONGESTION CONTROLLERS:1||robust controller:1||transport delay:1||QFT:1||Petri nets:1||CYSTOGRAPHY:1||Lorenz system:1||LORENZ SYSTEM:1||MOLTEN STEEL LEVEL:1||DSP board:1||fuzzy constraint satisfaction:1||NAVIGATION:1||wheeled mobile robots:1||Asymptotic stability:1||Discontinuous conduction mode:1||nominal duty:1||multiinput multioutput systems:1||automated system:1||control Petri Net:1||decentralized population:1||evolutionary programming:1||current tuning:1||strip tension control:1||looper angle control:1||INVERSE DYNAMICS CONTROL:1||learning control:1||rate of convergence:1||comparison lemma:1||discharge coefficient:1||UNCERTAINTIES:1||Lower bound reachability matrix:1||HYBRID SEARCH:1||nonlinear time delay systems:1||TOMOGRAPHY:1||SENSITIVITY:1||Timedelay control:1||Lu system:1||continuous casting:1||etching process:1||ITERATIVE LEARNING CONTROL:1||IMPLEMENTATION:1||map building:1||environment modeling:1||laser range finder:1||stochastic parameters:1||stripcasters:1||path following:1||sliding mode control:1||Linear systems:1||Two term control systems:1||robot manipulators:1||MTTF:1||SYSTEM:1||TakagiSugeno fuzzy logic system:1||online learning:1||adaptive current prediction:1||gradient descent algorithm:1||input update:1||learning rule:1||OFT:1||UNIVERSAL APPROXIMATION:1||Bnet modelling:1||A* algorithm:1||COHERENCE FACTOR:1||MACHINE:1||Forgetting factor:1||NONLINEAR DYNAMICSYSTEMS:1||FLYBACK INVERTER:1||EFFICIENCY:1||monotonic fuzzy system:1||IDENTIFICATION:1||Continuous conduction mode:1||PLC system:1||magnetic flux sensor:1||online tuning lookup table:1||NONLINEARSYSTEMS:1||robustness:1||INTERNET:1||QUANTITATIVE FEEDBACK THEORY:1||Flexible manufacturing systems:1||timevarying time delay:1||Supervising switching control:1||ROBOT MANIPULATORS:1||Iterative learning control:1||EO modulator:1||MODELS:1||rolling force:1||Iterative methods:1||Singlestage inverters:1||MTTR:1||current control:1||stripcasting:1||CONGESTION CONTROL:1||INVIVO:1||Bulging disturbance:1||MODULE APPLICATIONS:1||SCHEME:1||DCDCCONVERTERS:1||CONVERTERS:1||TRACKING:1||OBSTACLE AVOIDANCE:1||nonholonomic constraints:1||robust control:1||CONSTRAINTS:1||Switching linear systems:1||uncertain systems.:1||ladder diagram:1||overhead magnet crane system:1||discretetime systems:1||extremum seeking:1||backstepping:1||feedback linearization:1||model error compensation:1||internet congestion control:1||

Open Access System for Information Sharing

H-INDEX

Keyword

Publication & Time Cited Count(For the Last 5 years)

Browse

Publication & Time Cited Count
(For the Last 5 years)