ScholarWorks@Hanyang University: Kim, Sunwoo

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Kim, Sunwoo (김선우)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 무선통신, 신호처리, 무선측위

Tel 02-2220-4822
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channel estimation:6||Training:5||machine learning:4||5G:4||Optimization:4||beam tracking:4||particle filter:4||deep neural network:4||WBAN:4||mmWave:4||Rangefree localization:3||cooperative localization:3||Indoor localization:3||radiolocation:3||Locationaware communication:3||Channel estimation:3||Millimeter wave communication:3||Computational modeling:3||Array signal processing:3||vehicular networks:3||fingerprinting:3||GNSS:3||Location awareness:2||Particle filter:2||Indoor Positioning System:2||Anisotropic networks:2||MIMO:2||CDMA:2||mobility:2||Bayes methods:2||EKF:2||Channel Characterization:2||CRB:2||clustering:2||coprime array:2||rangefree localization:2||Predictive models:2||CRPA array:2||5G mobile communication:2||simultaneous localization and mapping:2||DNN:2||Quickest detection:2||RSS:2||Unmanned Aerial Vehicle (UAV):2||RSSI:2||continuous compressive sensing:2||stochastic geometry:2||superresolution:2||deep learning:2||DOA estimation:2||map fusion:2||FMCW:2||Radio frequency:2||AoA:2||message passing:2||Simultaneous localization and mapping:2||Beam Alignment:2||Beam tracking:2||Adaptive antenna array:2||Sensors:2||Kalman filter:2||OffBody Channel:2||Received Signal Strength:2||anisotropic networks:2||antenna array:2||array antenna:2||extended Kalman filter:2||atomic norm minimization (ANM):2||GPS antenna:2||null steering array:2||Antenna arrays:2||Outlier:2||offgrid directionofarrival (DoA) estimation:2||Reconfigurable intelligent surface:2||GPS array:1||GSIC:1||Generalized successive interference cancellation:1||Global CUSUM:1||Global positioning system (GPS) antennas:1||Graph entropy:1||Heuristic algorithms:1||Hierarchical MPSK:1||Hop count:1||Human Body:1||I/Q amplitude unbalance:1||I/Q phase unbalance:1||IMU:1||Impulse radio ultrawideband (IRUWB) sensor:1||Indexes:1||Initial Access:1||Integrated sensing and communications:1||Interference:1||Joint estimation:1||Kalman filters:1||Kernel regression:1||LSTM:1||Localization:1||LocationAware Communication:1||Locationaware Communication:1||MIMO radar:1||Matching pursuit algorithms:1||Message passing:1||Millimeter wave:1||Millimeter wave communications:1||Millimeter wave technology:1||Millimeterwave communications:1||MinimumNorm:1||Mmwave:1||Mobility tracking:1||Monitoring:1||Multitarget localization:1||Multiagent deep reinforcement learning (DRL):1||NOMA:1||Navigation:1||Network localization:1||Noise reduction:1||Null width control:1||OFDM:1||OffBody System:1||OnBody System:1||Optimized production technology:1||Outage Capacity:1||PDR:1||PHD:1||Path deviation:1||Poisson multiBernoulli mixture filter:1||Polarization:1||Position tracking:1||Power Consumption:1||Power adaptation:1||Precoding:1||Probabilistic logic:1||Protocols:1||Qlearning:1||QNN:1||Radar Scene Matching:1||Radar antennas:1||Random geometric graphs:1||Receivers:1||Receiving antennas:1||Reinforcement learning:1||Reliability:1||Robust beamforming:1||SDP relaxation:1||SIMO:1||SLAM:1||Sequential estimation:1||Signal processing algorithms:1||Signal to noise ratio:1||State estimation:1||Symbols:1||TDOA:1||TDoA:1||TOA estimation:1||TRACKING:1||TWRI:1||Target tracking:1||Time difference of arrival (TDOA):1||Time measurement:1||ToA:1||Tracking:1||Transferprinting:1||Transmission power adaptation:1||Transmit Diversity:1||Transmitting antennas:1||UAV:1||UAVassisted cellular communications:1||UltraWide Band (UWB):1||Ultradense networks:1||Ultrawideband (UWB):1||Uncertainty:1||Unmanned aerial vehicles:1||V2I:1||V2V:1||VANET:1||Visionaided:1||Visionaided mmWave indoor communications:1||WLAN:1||WPAN:1||WSN:1||Waterfilling:1||WiFi network:1||Wideband radios:1||Wireless Body Area Network:1||Wireless communication:1||Wireless networks:1||Wireless sensor network:1||accuracy and loss performance:1||adaptive array:1||analog beamforming:1||anchor pair:1||anchor selection:1||angledomain:1||angular mismatch:1||beam alignment:1||beam allocation scheme:1||beam selection:1||beam training:1||beamforming:1||beamforming codebook designs:1||beamwidth control:1||belief propagation:1||binary offset carrier:1||blockwise phase rotation:1||broadcast:1||cascaded neural network:1||cellular:1||chemical vapor deposition:1||codebook:1||compressed sensing:1||conductive nanonetworks:1||conformal array antenna:1||connected vehicles:1||connectivity:1||connectivity information:1||connectivitybased localization:1||constraint satisfaction:1||controlled reception pattern antenna (CRPA) array:1||convolutional neural network:1||convolutional neural network (CNN):1||cooperative:1||cooperative SLAM:1||cooperative positioning and mapping:1||cost surface:1||coupled feeding antenna:1||data capacity:1||data fusion:1||datadriven:1||deep Qnetwork:1||deep neural network (DNN):1||deep reinforcement learning:1||degree of radio irregularity:1||devicetodevice:1||diffuse multipath:1||directionofarrival (DOA) estimation:1||directionofarrival (DoA) estimation:1||directionofarrival estimation:1||directional transmission:1||directivity:1||distributed localization:1||drone detection:1||dropout autoencoders:1||dual channel:1||fast alternating least squares:1||federated learning (FL):1||flexible devices:1||floor identification:1||folded edge:1||folding growth:1||frequency difference of arrival (FDOA):1||fusion positioning:1||global positioning system (GPS) antenna:1||graphene:1||gridscan:1||helix antennas:1||heterogeneous devices:1||hybrid beamforming:1||hydrogels:1||indoor communications:1||indoor localization:1||indoor mapping:1||indoor positioning:1||inkjet printing:1||interference mitigation:1||internet of vehicle:1||jamming detection:1||joint CKF:1||linear constrained minimum variance beamforming:1||localization:1||location architecture:1||low overhead:1||low rank matrix completion:1||machine learning (ML):1||matching pursuit:1||matching theory:1||maximum location boundary:1||messagepassing:1||metalcovered mobile handset:1||millimeter wave:1||millimeter wave communication:1||millimeterwave.:1||minimum mean squared error beamforming:1||missing fingerprints:1||mm Wave:1||mmWave communications:1||mmWave sensing:1||mmWave single base station SLAM:1||mobile communication standard:1||mobility detection:1||mobility model:1||mobility state estimation:1||mobility tracking:1||model uncertainty:1||multimodel PHD:1||multiuser beamforming:1||multilateration:1||multipath mitigation:1||multitarget tracking:1||mutual coupling:1||naive Bayes classifier:1||navigation:1||network localization:1||network topology:1||nonIID:1||nonuniform linear array (NULA):1||occupant detection:1||offbody channel:1||optimization:1||orthogonal matching pursuit:1||orthogonal matching pursuits:1||outage capacity:1||positive atomic norm minimization:1||power allocation:1||probability hypothesis density:1||quadrifilar helix antennas (QHAs):1||quantum computing:1||radio fingerprint map:1||random connection model:1||random geometric graphs:1||range estimation:1||rangefree:1||rangefree localisation:1||rate prediction:1||received signal strength:1||robust beamforming:1||signal/channel tracking.:1||smartphone:1||sparse channel estimation:1||sparse representation:1||spatial correlation:1||spectral:1||steering vector:1||target tracking:1||the Korean Institute of Communications and Information Sciences (KICS):1||theoretical analysis:1||tracking:1||tracking error:1||transmit diversity:1||ultrawideband:1||underwater acoustic communication:1||universal software radio peripheral:1||unmanned aerial vehicle (UAV):1||user clustering:1||vehicle localization:1||vehicle tracking:1||vital signs (VSs) monitoring:1||wearable sensors:1||wideband sources:1||wireless communication:1||3D antenna array:1||wireless sensor network:1||3D location:1||3D mobility tracking:1||3D shift invariant:1||3D subspacebased algorithm:1||5G millimeter wave:1||5G millimeterwave:1||5G mmWave:1||5G multicell SLAM:1||5G new radio:1||5Gmillimeterwave systems:1||6G:1||6G Terahertz:1||ADMM:1||ALGORITHMS:1||Absorption Loss:1||Alamouti coding:1||Antenna Beamforming:1||Antenna Characteristics:1||Antenna array:1||Antennas:1||Antijamming:1||AoD:1||Approximate shortest path:1||BER:1||BER performance.:1||Bayesian approximation:1||Bayesian inference:1||Beam Management:1||Beamforming:1||Bistatic sensing:1||Bluetooth:1||Broadband antennas:1||CKF:1||CUSUM:1||CUSUM test:1||Capacity:1||Channel Capacity:1||Channel estimation duration:1||Codebook:1||Cognitive radio:1||Complexity theory:1||Cooperative:1||Cooperative Transmission:1||Cooperative localization:1||Cooperative spectrum sensing:1||Correlation:1||Covariance matrices:1||DVHop:1||DVhop:1||Data communication:1||Deep Learning:1||Detoured path detection:1||Devicetodevice communication:1||Direct localization:1||Direction finding:1||Dirichlet process:1||Distance estimation:1||DoA estimation:1||DoA tracking:1||Downlink:1||EM Simulation Complexity:1||Electronic mail:1||Euclidean distance:1||FDoA:1||FILTER:1||FTM:1||FTMRSS:1||Feature extraction:1||Federated Learning:1||Filtering algorithms:1||Fingerprinting:1||Fixed trajectory:1||GNSS receiver:1||

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