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KIM, DAI JIN (김대진)

Dept of Computer Science & Engineering(컴퓨터공학과)

Field(s)

Keyword

EM ALGORITHM:7||ACTIVE APPEARANCE MODELS:6||CLASSIFICATION:6||fuzzy logic controller:6||RECOGNITION:5||genetic algorithms:5||PCA mixture model:5||truck backerupper control:5||principal component analysis:5||face recognition:4||Local binary pattern:4||face tracking:4||MODELS:4||face detection:4||DESIGN:3||DISCRIMINANTANALYSIS:3||TRACKING:3||linear discriminant analysis:3||Gabor filter:2||Face tracking:2||alphahelix:2||stochastic computing:2||eigenface method:2||SARS:2||HMM:2||multilinear analysis:2||Active appearance model (AAM):2||FEATURES:2||NETWORK:2||SCALE:2||SYSTEM:2||tolerant rough set:2||similarity measure:2||facial expression recognition:2||Facial expression recognition:2||NEURALNETWORK:2||membership authentication:2||simulation:2||bioinformatics:2||CLUSTERS:2||BINARY PATTERNS:2||COG defuzzifier:2||homology:2||support vector machine ensemble:2||moment equilibrium point:2||backpropagation learning:2||mixtureofeigenfaces method:2||CORONAVIRUS:2||IMAGES:2||ARCHITECTURE:2||VISUAL TRACKING:2||AAM:2||LOCAL BINARY PATTERNS:2||human activity recognition (HAR):1||body joints points:1||SURVEILLANCE SYSTEMS:1||COMPONENT ANALYSIS:1||CAMERAS:1||Proactive human search:1||Compatibility function:1||truck backerupper control problem:1||fixed cell decomposition:1||CONDENSATION algorithm:1||multiresolution:1||OBJECTS:1||SVM:1||bagging:1||iris and handwritten digit recognition:1||EHMM:1||DIMENSIONALITY REDUCTION:1||EM learning:1||FUZZYLOGIC CONTROLLER:1||lower and upper approximation.:1||active appearance models:1||3D head tracking:1||APPEARANCE MODELS:1||ASM:1||combining AAM into ASM:1||gradientbased optimization:1||skin color:1||importance sampling:1||active contour model:1||kernel PCA:1||pose transformation:1||pose invariant face recognition:1||kernel machines:1||Bilinear model:1||QUOTIENT IMAGE:1||Manifold learning:1||Motion estimation:1||Boosted treestructured classifier:1||lifelogging system:1||stickman model:1||ENSEMBLE:1||vector quantization:1||VECTOR QUANTIZATION:1||multiple criteria optimization:1||algorithms:1||local gradient pattern:1||feature hybridization:1||TEXTURE CLASSIFICATION:1||quantized visibility graph:1||INVARIANT:1||fraud detection:1||model order selection:1||lower and upper approximation:1||fieldprogrammable gate array implementation:1||2D+3D active appearance models:1||online appearance model:1||RECOVERY:1||HAND GESTURES:1||people count:1||video surveillance:1||divide and conquer:1||human detection:1||Face recognition:1||DifferentialAAM:1||Subtle facial expression recognition:1||Motion magnification:1||Active appearance model:1||Pedestrian detection:1||Robot grand challenge:1||FACE RECOGNITION:1||relational dependency:1||heuristic bit allocation:1||VHDL simulation:1||face and human detection:1||Evidence accumulation:1||Face detection:1||image processing:1||FPGA:1||HDL:1||Computer vision:1||skin color model:1||selfsimilarity:1||vision content description for matching:1||boosting:1||support vector machine:1||alphabet recognition:1||AUTOMATIC RECOGNITION:1||MOTION:1||condensation:1||facial shape:1||association mapping:1||active appearance model:1||gender classification:1||support vector machines:1||competitive CONDENSATION:1||Maximization of mutual information:1||FEATURESELECTION:1||Tensor algebra:1||Facial expression:1||Kernel density estimation:1||Directed Hausdorff distance:1||Majority voting:1||tensorbased AAM:1||HOME:1||SILHOUETTES:1||graphical model:1||logistic regression:1||biorthogonal wavelet transform:1||optimal codebook design:1||coadaptation:1||selforganizing map:1||fuzzy system ensemble:1||genetic algorithm:1||DEFORMABLE TEMPLATES:1||adaptive cell decomposition:1||OBSTACLES:1||critical filter:1||SVM ensemble:1||majority voting:1||secondorder blockspecific feature vector:1||numeral character recognition:1||EM algorithm:1||Lamarckian coadaptation:1||LK algorithm:1||Gaussian process classifiers:1||membershipbased LLE data partition:1||SVM classification tree:1||shape matching:1||Feature point tracking:1||SEQUENCES:1||Intelligent robot software architecture (IRSA):1||Kohonen&apos:1||binary histograms of oriented gradients:1||REPRESENTATION:1||visibility graph:1||secondorder eigenface method:1||HIDDEN MARKOVMODELS:1||LDA mixture model:1||extension of LDA:1||cerebellar model articulation controller:1||FUZZY:1||doublelayered generalized discriminant analysis (GDA):1||modelbased object tracking:1||robust fitting algorithm:1||discriminant analysis:1||SOM:1||locally linear embedding (LLE):1||multiplyoriented 2D elliptical filter:1||Bhattacharyya distance:1||Lip reading:1||Audiovisual ASR:1||Incremental principal component analysis:1||indirect AAM feature transformation:1||variationrobust face recognition:1||Stereo active appearance model:1||tensor:1||transition matrix:1||PICTORIAL STRUCTURES:1||s learning:1||hardware architecture:1||FEATUREEXTRACTION:1||matching prediction:1||intuition levelwise critical matching:1||SUPPORT VECTOR MACHINES:1||EIGENFACES:1||evolution:1||RULES:1||mixture model:1||runtime reconfiguration:1||motion History:1||active appearance model (AAM):1||gesture segmentation:1||PCA:1||SHAPE:1||FACES:1||support vector machine (SVM):1||pose angle estimation:1||PEDESTRIAN DETECTION:1||Compact LBP:1||coarsetofine searching:1||Online appearance model:1||Robust statistics:1||Regionlet:1||Selective max pooling:1||Hidden Markov Models:1||object recognition:1||flexible mixtureofparts model:1||histogram of gradients:1||VECTOR QUANTIZER:1||fuzzy control:1||Eye detection:1||FACE DETECTION:1||integrated circuit design:1||pose identification:1||secondorder mixtureofeigenfaces method:1||handwritten numeral character classification:1||VHSIC hardware description language design:1||ellipsoidal head model:1||viewbased 2D+3D AAM:1||accumulative HMM:1||hidden Markov model:1||competitive differential observation probability:1||smart home control:1||appearancebased gender classification:1||realtime multiple people tracking:1||Illumination transformation:1||Multiresolution local gabor binary pattern:1||Stereo image:1||Automatic speech recognition:1||Twostage lip tracking:1||Word classifier:1||depth video sensors:1||ALGORITHM:1||CIROS:1||the cascaded adaboost detector:1||multistage gainshape vector quantization:1||ALGORITHMS:1||statistical methods:1||fuzzy predictor ensemble:1||Local gradient pattern:1||OBJECT DETECTION:1||fieldprogrammable gate arrays (FPGAs):1||Path planning:1||hierarchically structured ML pose classifier:1||SEGMENTATION:1||NETWORKS:1||classwise features:1||Lamarckian coadaptation of learning and:1||parameter identification:1||IRIS data classification:1||particle filter:1||adaptive observation model:1||adaptive state transition model:1||principal component analysis with missing data (PCAMD):1||gesture recognition:1||forward spotting:1||GENDER:1||human verification:1||human identification:1||Feature selection:1||Incremental learning:1||probability density model:1||Differential facial expression:1||Active appearance models:1||Generalized discriminant analysis:1||A layered GDA classifier:1||Selective difference pooling:1||

Open Access System for Information Sharing

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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)