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KIM, SEUNGHWAN (김승환)

Dept of Physics(물리학과)

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MODEL:8||VOLATILITY:8||RETURNS:8||Econophysics:7||FINANCIALMARKETS:6||SYNCHRONIZATION:5||CAT VISUALCORTEX:5||TIMESERIES:5||HODGKINHUXLEY NEURONS:4||BEHAVIOR:4||SPECT:4||CROSSCORRELATIONS:4||PRICE FLUCTUATIONS:4||NOISE:4||MEMORY:4||DYNAMICS:4||MARKET:3||Minimal spanning tree:3||Stock market:3||FLUCTUATIONS:3||econophysics:3||Random matrix theory:3||OSCILLATORS:3||FINANCIAL TIMESERIES:3||Anesthesia:3||STOCKMARKET:3||MECHANISMS:3||INDEX:3||TRANSITION:3||NETWORKS:3||Consciousness:3||POSITIVEFEEDBACK:2||Beam position monitor:2||POWERLAW DISTRIBUTIONS:2||synchronization:2||discrete breathers:2||PROTECTION:2||STABILITY:2||DENDRITIC CELLS:2||SIGNALING PATHWAYS:2||GENE INDUCTION:2||INTERMITTENCY:2||DECOMPOSITION:2||CA2+:2||minimal spanning tree:2||RIGI:2||REGULATORY FACTOR7:2||LempelZiv complexity algorithm:2||Shannon entropy:2||2PHASE PHENOMENA:2||COMPLEXITY:2||PROPOFOL:2||TRANSFORM:2||bonafide:2||INTERFERONS:2||APPROXIMATE ENTROPY:2||modelocking structure:2||statistical parametric mapping:2||PLSII:2||NUMBER:2||ORGANIZATION:2||Entropy analysis:2||Sample entropy:2||SEQUENCES:2||LIMITCYCLE OSCILLATORS:2||INTRINSIC LOCALIZED MODES:2||NETWORK:2||EFFICIENCY:2||caudate nucleus:2||BASAL GANGLIA:2||TURBULENCE:2||AMPEROMETRY:2||CONNECTIVITY:2||DISEASE:2||NEGATIVE FEEDBACK:2||PATTERNS:2||Approximate entropy:2||HEARTRATE:2||SAMPLE ENTROPY:2||PHASE OSCILLATORS:2||STOCK:2||GENERALANESTHESIA:2||CHAOS:2||MOLECULARCLONING:2||SECRETION:2||PORTFOLIO OPTIMIZATION:2||VIRUSINFECTION:2||RISK:2||DEPENDENCE:2||THRESHOLD:2||BIFURCATIONS:2||BRAINS DARK ENERGY:1||CONSCIOUSNESS:1||Granger causality:1||Multifractal:1||EXCHANGERATE:1||FRACTALS:1||JUNCTIONS:1||PHASE MODELS:1||TEMPORAL SEGMENTATION:1||SOLUBILITY:1||localized modes:1||localised modes:1||BREATHERS:1||FORMALISM:1||SETS:1||stock network:1||GROUPINGS:1||IRREGULARITY:1||degree of randomness:1||stochastic resonance (SR):1||scaling:1||DISORDER:1||INHIBITION:1||SORTING TESTPERFORMANCE:1||CORTICAL AFFERENTS:1||SPECT subtraction technique:1||time dependency:1||approximate entropy:1||Kuramoto models:1||CORTEX:1||ENERGY LEVELS:1||crisis:1||LESIONS:1||GINZBURGLANDAUEQUATION:1||oxygen partial pressure:1||basicity:1||mechanism:1||basic:1||MNO FLUX SYSTEM:1||discrete nonlinear Schrodinger equation:1||STOCHASTIC WEB:1||DIFFUSION:1||SHAPIRO STEPS:1||volatility clustering:1||STDP:1||HIERARCHICAL STRUCTURE:1||approximate entropy(ApEn):1||FIDE STOCHASTIC RESONANCE:1||DFA:1||synaptic noise:1||CHOREA:1||INTERICTAL SPECT:1||paragonimiasis:1||Stock network:1||HETEROGENEITY:1||STORAGERING:1||Wakefield:1||FIBROMYALGIA:1||POPULATION:1||Neurophysiology:1||Emergence:1||Synchronization:1||KURAMOTO:1||STATE FUNCTIONAL CONNECTIVITY:1||DEFAULTMODE NETWORK:1||CORTICAL ACTIVITY:1||CEREBRALCORTEX:1||local field potentials:1||dystonia:1||rotation number:1||PERIODICORBITS:1||carbon dissolution:1||HAMILTONIANSYSTEMS:1||PORTFOLIO:1||TIME:1||GIANTAXONS:1||nonlinearity:1||oscillator death:1||EXCITABLE SYSTEMS:1||SPIKING NEURONS:1||POSITRONEMISSIONTOMOGRAPHY:1||COMPLEX PARTIAL SEIZURES:1||PERFUSION CHANGES:1||NEOCORTEX:1||MRI:1||Behavioral assessment:1||EVOKED POTENTIAL INDEX:1||BISPECTRAL INDEX:1||Multifactor model:1||STATISTICAL PROPERTIES:1||PRICE IMPACT:1||information flow:1||TRANSMISSION:1||Magnetic resonance imaging:1||AWAKE RATBRAIN:1||FUNCTIONAL CONNECTIVITY:1||CONDUCTION:1||MAPS:1||anesthesia:1||LOCALFIELD POTENTIALS:1||ROTATION SETS:1||PUTAMEN:1||synchrony:1||LATTICES:1||STANDARD MAP:1||GARCH:1||hierarchical modularity:1||onset curve:1||FitzHughNagumo neuron:1||temporal lobe epilepsy:1||anterior temporal lobectomy:1||5HT1A RECEPTORBINDING:1||global coupling:1||BRAIN:1||LONGMEMORY:1||Ketamine:1||Electroencephalogram:1||Anesthesiology:1||SENSORY NEURONS:1||COMPLEX SYSTEMS:1||ISOFLURANE:1||Agricultural market:1||nonautonomous system:1||coupled oscillators:1||ATTRACTORS:1||phase models:1||SYSTEM:1||BAOMNO:1||CHAOTIC TIMESERIES:1||WAVELET NETWORKS:1||localised equilibria:1||REPRESENTATION:1||CONNECTIONS:1||AUTOREGRESSIVE CONDITIONAL HETEROSKEDASTICITY:1||multifactor model:1||market efficiency:1||FITZHUGHNAGUMO NEURON:1||longtermmemory:1||RANKING EFFICIENCY:1||stochastic resonance:1||CINGULATE CORTEX:1||SPECTRAL EDGE FREQUENCY:1||Onefactor model:1||Deterministic factors:1||LOSS AVERSION:1||Impedance matching:1||Propofol:1||DIRECTCURRENT STIMULATION:1||Brain:1||Diffusion tensor imaging:1||GRAPHTHEORETICAL ANALYSIS:1||BRAIN NETWORKS:1||PHASE SYNCHRONIZATION:1||consciousness:1||NEURONS:1||basal ganglia:1||TEMPORALLOBE SEIZURES:1||chaos:1||nonlinear dynamics:1||EXCITED PENDULUM:1||CHAOTIC BEHAVIOR:1||nonlinear oscillations:1||TIMEDELAY:1||NITROGEN:1||phonon scattering:1||EMBEDDING DIMENSION:1||PERTURBATIONS:1||RANGE CORRELATIONS:1||functional neural networks:1||SQUID:1||coupled neural oscillators:1||OSCILLATIONS:1||metabolism:1||unit network:1||robustness:1||status epilepticus:1||cerebrum:1||Phase transition:1||Forced walking condition:1||Motion monitoring:1||Multifractality:1||BIDASK SPREAD:1||efficiency:1||STOCK MARKETS:1||TOPOLOGICAL PROPERTIES:1||Complexity:1||Explosives:1||State transitions:1||RESTING BRAIN:1||STATE:1||FINANCIAL CORRELATIONMATRICES:1||electroencephalogram:1||effective connectivity:1||BREAKDOWN:1||RATS:1||SYSTEMS:1||putamen:1||WAVELET ANALYSIS:1||MEDIA:1||Hamiltonian chains:1||HAMILTONIAN NETWORKS:1||FRACTAL SIGNALS:1||SEPARATRIXMAP:1||phase boundary:1||coherence resonance:1||MODELS:1||paroxysmal kinesigenic choreoathetosis:1||PALLIDOTOMY:1||F18FDGPET:1||ictal hyperperfusion:1||ORDERDRIVEN MARKET:1||INFORMATION:1||ENTROPY:1||Brain networks:1||STRUCTURAL CONNECTIVITY:1||ARCHITECTURE:1||SMALLWORLD NETWORKS:1||PHASELAG INDEX:1||HUMANS:1||perfusion:1||FORCED PENDULUM:1||PROPAGATION:1||COUPLEDMAP LATTICES:1||biological neural networks:1||COUPLED OSCILLATORS:1||carbide:1||acidic:1||CAOAL2O3 MELTS:1||WEAKLY COUPLED OSCILLATORS:1||EXCITATIONS:1||TRANSPORT:1||longterm memory:1||complex networks:1||COMPLEX NETWORKS:1||burstinglike behavior:1||volatility:1||RESONANCE:1||cerebral blood flow:1||VOXELBASED MORPHOMETRY:1||INSULAR CORTEX:1||partial epilepsy:1||EEG:1||ELECTROENCEPHALOGRAM:1||SEVOFLURANE:1||CROSS CORRELATIONS:1||SERIES:1||EQUILIBRIUM:1||Information now:1||CENTRAL SENSITIZATION:1||Electroencephalography:1||Tensors:1||

Open Access System for Information Sharing

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Publication & Time Cited Count
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Open Access System for Information Sharing

Keyword

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

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