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CHOI, SEUNGJIN (최승진)

Dept of Computer Science & Engineering(컴퓨터공학과)

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LEARNING ALGORITHMS:4||IDENTIFICATION:4||independent component analysis:4||BLIND SEPARATION:4||AMINOACIDSEQUENCE:4||EEG classification:4||blind source separation:4||COMPONENT ANALYSIS:4||PARTS:3||COMMUNICATION:3||YEAST:3||RECOGNITION:3||Nonnegative matrix factorization:3||BLIND SOURCE SEPARATION:3||principal component analysis:3||nonnegative matrix factorization:3||generalized Hebbian algorithm:2||generative models:2||separable LS:2||CENTRAL VACUOLE:2||PROTEIN IMPORT:2||SMALLSUBUNIT:2||clustering:2||SOURCE SEPARATION:2||PCA:2||SUBCELLULARLOCALIZATION:2||spectral clustering:2||decorrelation:2||EEG:2||ALGORITHM:2||ALGORITHMS:2||Multiplicative updates:2||GOLGI NETWORK:2||nonstationarity:2||subspace analysis:2||MEMBRANEPROTEIN:2||EM algorithm:2||CELLCYCLE:2||INDEPENDENT COMPONENT ANALYSIS:2||PREDICTION:2||support vector machine:2||probabilistic coupled models:2||(H2O)O15:2||Discriminant analysis:2||MOVEMENT:2||SINGLETRIAL EEG:2||FILTERS:2||SIGNALS:2||TRANSPORT:2||SUBSPACE TRACKING:2||COLLABORATIVE RECOMMENDATION:1||humanmachine interface:1||isomap:1||kernel PCA:1||multiway graph equipartitioning:1||minimum entropy:1||Collaborative prediction:1||tonguemachine interface:1||Manifold regularization:1||natural gradient:1||correspondence learning:1||Hebbian learning:1||subcellular localization prediction:1||protein sequence feature extraction:1||RELIABILITY:1||Bins:1||Hamming distance:1||Circulant matrix:1||Random projections:1||Sparse matrices:1||Brain computer interface:1||Braincomputer interface:1||Label propagation:1||glossokinetic potentials (GKP):1||Local descriptor:1||nonlinear dimensionality reduction:1||NONSTATIONARY:1||Bayesian learning:1||brian computer interface:1||tensor factorization:1||NEURAL NETWORKS:1||matrix completion:1||matrix factorization:1||RaoBlackwellized particle filter:1||Generalized autoregressive model:1||DECOMPOSITION:1||DYNAMICS:1||RESPONSES:1||PERFORMANCE:1||subcellular localization:1||acoustic feature extraction:1||Quantization (signal):1||Binary embedding:1||common spatial pattern:1||Cluster utility:1||Nonparametric Bayesian methods:1||COMPETITION:1||Kernel method:1||Object retrieval:1||motif discovery:1||probabilistic models:1||NONLINEAR DIMENSIONALITY REDUCTION:1||nonnegative matrix factorization:1||PET:1||hierarchical models:1||Blind source separation:1||MUSIC:1||sequential learning:1||dynamic recurrent networks:1||Kalman filter:1||BRAINCOMPUTER INTERFACES:1||twodimensional analysis:1||LOCATION:1||blindsource separation (BSS):1||eventrelated potentials (ERP):1||pairwise sequence alignment:1||general sound recognition:1||Asymptotic analysis:1||Vector spaces:1||Matrix algebra:1||transfer learning:1||Unsupervised learning:1||IMAGE RETRIEVAL:1||Minimax path:1||Electromyogram (EMG):1||RETRIEVAL:1||BINDINGSITES:1||GIBBS:1||ALIGNMENT:1||GENOME:1||manifold learning:1||alphadivergence:1||projected gradient:1||myocardial blood flow quantification:1||reconstruction error:1||blind signal separation:1||temporal correlations:1||FACTORIZATION:1||CLASSIFICATION:1||LEARNING ALGORITHM:1||Feature extraction:1||Kernel methods:1||Convergence:1||sparse embedding:1||Dimensionality reduction:1||Multidimensional scaling (MDS):1||Regular graphs:1||multimodal interface:1||OBJECT:1||Graphical models:1||nonnegative:1||IMAGE REPRESENTATION:1||informationtheoretic learning:1||RECOMMENDER SYSTEMS:1||COMPUTERINTERFACE:1||REPRESENTATION:1||expectation maximization:1||multichannel signal separation:1||joint approximate diagonalization:1||NOISE:1||gene expression data:1||CLUSTERANALYSIS:1||singlepulse peak (SPP):1||Locality sensitive hashing:1||Time complexity:1||Document clustering:1||Stiefel manifolds:1||Common spatial patterns:1||Indian Buffet processes:1||Semisupervised learning:1||electrooculogram (EOG):1||ELECTROOCULOGRAPHY:1||DIVERGENCE:1||hybrid generative/discriminative models:1||semisupervised learning:1||MATRICES:1||positron emission tomography (PET):1||spectral feature extraction:1||gabor filters:1||FEATUREEXTRACTION:1||COMPLETION:1||Electric wheelchair control:1||nonnegative matrix factorization (NMF):1||noisy mixtures:1||Speech enhancement:1||DNA microarray:1||trustregion methods:1||differential learning:1||REPRESENTATIONS:1||FACES:1||SUPPORT VECTOR MACHINES:1||Binary codes:1||Codes (symbols):1||bMatching:1||NEIGHBORHOOD:1||Coclustering:1||MODELS:1||multidimensional scaling (MDS):1||semidefinite programming:1||multiplicative updates:1||independent component analysis (ICA):1||projection approximation:1||Bayesian networks:1||variational Bayesian inference:1||glossokinetic potentials (GKPs):1||music source separation (MSS):1||PET images:1||speech recognition:1||cocktail party problem:1||BLIND:1||Expectation maximization (EM):1||PATTERNS:1||canonical correlation analysis (CCA):1||relative optimization:1||Collective factorization:1||semisupervised learning:1||convex optimization:1||natural power iteration:1||handwritten numeral recognition:1||trace norm regularization:1||nonnegative matrix partial cofactorization (NMPCF):1||simultaneous diagonalization:1||Generalized exponential density:1||gradientdescent learning:1||Embedding:1||Graphbased clustering:1||

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