ScholarWorks@Korea University: Chung, Won zoo

Detailed Information

Chung, Won zoo (정원주)

Graduate School (Department of Artificial Intelligence)

Research Area

Tel 4845
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

electroencephalography (EEG):4||Bistatic Radar:3||Electroencephalography:3||angle of arrival (AOA):3||vestigial sideband:3||Feature extraction:3||braincomputer interfaces (BCIs):3||received signal strength (RSS):3||MIMO radar:3||common spatial pattern (CSP):3||correlation coefficient:3||target localization:3||motor imagery (MI):3||Multicarrier:2||Phase noise:2||optical orthogonal frequency division multiplexing:2||radar signal processing:2||Channel estimation:2||bistatic radar:2||wireless sensor networks (WSNs):2||8VSB:2||convolutional neural network (CNN):2||Inter symbol interference equalization:2||wireless sensor network (WSN):1||multipleinput multipleoutput radars:1||weight vectors:1||Distributed MIMO Radar:1||Heterogenous:1||DOA/DOD:1||timereversal diversity:1||Volterra series:1||intercarrier interference (ICI):1||orthogonal frequencydivision multiplexing (OFDM):1||Chromatic dispersion:1||Polarization mode dispersion:1||multimedia service:1||Hilbert transformation filter:1||multitarget:1||localization:1||BrainComputer interface (BCI):1||Grouping algorithm:1||Riemannian metric:1||Automatic sleep staging:1||longterm dependency modeling:1||vision transformer:1||weighted least square (WLS):1||Task analysis:1||Government:1||DOA:1||jamming:1||bistatic multipleinput multipleoutput radar system:1||cluttertonoise ratio:1||heterogeneous clutter suppression:1||radar clutter:1||numerical analysis:1||target detection:1||Imaging:1||Optical communication systems:1||MLSD equalizer:1||inphase and quadrature mismatch:1||minimum output energy algorithm:1||coherent communications:1||Rayleigh fading:1||Chromatic dispersion monitoring:1||decision feedback equalizer:1||kernel size:1||principal component analysis (PCA):1||Homophily:1||(MIMO) radar:1||generative algorithm:1||Covariance matrices:1||triplet loss:1||Transformers:1||temporal convolutional network:1||Kalman filter (KF):1||cognitive task classification:1||Correlation:1||Communications technology:1||target position information:1||reduced dimension DOD:1||DOA estimation:1||covariance matrices:1||Prior Information:1||Taylor Linear Approximation:1||IsoDoppler Contour:1||adaptive phase noise mitigation:1||range walk:1||Optical communications:1||phase noise:1||reinforcement learning (RL):1||optimization:1||Magnetic resonance imaging:1||Deep learning:1||multiband:1||Social Recommendation:1||Bistatic range (BR):1||data augmentation:1||conditional flow:1||Filter banks:1||time domain parameters:1||Braincomputer interfaces (BCIs):1||doublesided bistatic range (BR):1||MIMO:1||directionofarrival estimation:1||knowledgeaided STAP:1||clutter covariance matrix estimation:1||Phase offset:1||Jammer:1||coherent detection:1||Doppler processing:1||Equalizer:1||Electrical equalizers:1||Nonlinear channels:1||multicode:1||Electronic domain signal processing:1||timing error detector:1||VSB:1||Eigenimage:1||Recommender Systems:1||braincomputer interface (BCI):1||Matrix decomposition:1||distributed MIMO radar target altitude estimation:1||BRM algorithm:1||Knowledge Aided:1||Target Localization:1||MLE:1||bidirectional DFE:1||spectral line:1||Computer vision:1||sequencetosequence:1||Electroencephalography (EEG):1||antenna arrays:1||groundbased systems:1||target localisation methods:1||linear least squares:1||projection filtering:1||bistatic MIMO radar:1||jammer discrimination:1||direction of departure:1||jammer signals:1||estimation theory:1||Clutter Suppression:1||Time Delays:1||Clutter:1||Clutter Rank:1||Isorange Contour:1||coherent communication:1||bidirectional arbitrated DFE (BAD):1||IIR filter:1||MLSD:1||Blind phase noise mitigation:1||Compressed sensing:1||Primal dual:1||Metric Learning:1||Trust Network:1||Multitarget localization:1||sea clutter:1||multiband:1||transmit power (TP):1||pathloss exponent (PLE):1||motorimagery (MI):1||distributed MIMO radar:1||least squares approximations:1||radar antennas:1||altitude localisation:1||ellipsoid fitting approach:1||Covariance matrix:1||Frequency diversity:1||MIMO radar system:1||dimensional angle search:1||jamming signal strength:1||numerical simulation:1||knowledgeaided spacetime adaptive processing:1||Space Time Adaptive Processing:1||CRLB:1||adaptive phase offset recovery algorithm:1||phase synchronization:1||Radar:1||Suppression:1||2D Matrix Pencil Method:1||Coherent communication:1||adaptive blind equalizer:1||square law detection:1||maximum likelihood sequence detection (MLSD):1||Timing phase:1||multicarrier:1||wideband CDMA:1||Inter symbol interference:1||feedback sample generator:1||nonuniformly spaced linear array (NUSLA):1||fewshot learning:1||metalearning:1||Item Recommendation:1||UserItem Relation:1||UserUser Relation:1||Convolutional neural networks:1||Sleep:1||Brain modeling:1||Overfitting:1||Bidirectional long short term memory:1||Planning:1||channel selection:1||local feature:1||RCS:1||direction of arrival:1||nonstationary clutter suppression:1||spacetime adaptive processing:1||STAP:1||channel reciprocity:1||Eigenvector:1||MIMO Radar:1||Coherent optical orthogonal frequency division multiplexing:1||constant modulus algorithm:1||reducedstate MLSD:1||Squarelaw detector:1||Volterra kernel:1||timing recovery:1||Distributed multipleinput multipleoutput:1||Measurement:1||Riemannian network:1||Recording:1||Timefrequency analysis:1||electroencephalogram:1||

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE