ScholarWorks@Soongsil University: Lee, Jong-Ho

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Lee, Jong-Ho (이종호)

College of Information Technology (Department of IT Convergence)

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relay networks:9||Physical layer security:9||power allocation:8||precoding:6||secrecy rate:6||orthogonal frequencydivision multiplexing (OFDM):5||fullduplex relay:4||limited feedback:4||physical layer security:4||Array signal processing:3||Multipleinput multipleoutput (MIMO):3||Signal to noise ratio:3||interference channel:3||Channel estimation:3||semidefinite programming:3||decodeandforward:3||Orthogonal frequency division multiplexing (OFDM):3||Orthogonal frequencydivision multiplexing (OFDM):3||Spatial multiplexing:2||Wireless sensor network:2||Tracking:2||fullduplex relay (FDR):2||jamming:2||Uplink:2||Full duplex:2||Fault diagnosis:2||orthogonal frequencydivision multiplexing:2||compensation:2||Beamforming:2||cooperative beamforming:2||sampling frequency offset:2||Maximal ratio combining (MRC):2||Millimeter wave communications:2||node cooperation:2||cooperative relaying:2||Fullduplex:2||MIMO:2||Vehicletoinfrastructure:2||IoT:2||millimeter wave V2I communications:2||Channel capacity:2||fullduplex:2||Resource management:2||Wireless communication:2||user cooperation:2||game theory:2||extended Kalman filter:2||Internet of Things:2||wireless power transfer:2||Subcarrier pairing:2||intercarrier interference:2||beamforming:2||Kalman filters:2||blockdiagonalization (BD):2||multiuser diversity:2||Mediumvoltage (MV) powerline access network:1||Millimeter wave:1||Millimeter wave systems:1||Millimeter wave technology:1||Minimum distance:1||Multiclassification:1||Multihop:1||Multitone Jamming:1||Multipleinputmultipleoutput (MIMO):1||Multiuser transmission:1||Mutual interference:1||NED:1||NOMA:1||Normalized Envelope Detector:1||OFDM:1||OFDM modulation:1||OFDMA:1||Optimized production technology:1||PHN:1||Partial Band Noise Jamming:1||Partial discharges:1||Partial discharges (PDs):1||Partial relaying:1||Platoon:1||Power allocation:1||Power line communications (PLC):1||Powerline/wireless diversity:1||Precoding:1||Radar tracking:1||Radio links:1||Relay:1||Relay networks:1||Relaying network:1||Sampling clock offset (SCO):1||Secrecy rate:1||Selfattention:1||Selfinterference suppression:1||Semidefinite programming:1||Signaltointerferenceplusnoise ratio (SINR):1||Surface waves:1||Throughput estimation:1||Time division multiple access:1||Transmitting antennas:1||Urban areas:1||User selection:1||V2V communications:1||Vehicle communication:1||Vehicle tracking:1||Vibration signal:1||Virtual links:1||WPCN:1||Wireless networks:1||Wireless powered communication networks:1||adaptive channelsounding:1||array pattern synthesis:1||base station selection:1||beam management:1||beam pattern design:1||beam refining:1||best match trajectory:1||bisection method:1||bit error rate:1||carrier frequency offset:1||channel capacity:1||channel state information:1||codebook selection:1||coherent opticalOFDM systems:1||confidential multicasting:1||cooperative communication:1||coordinate rotation:1||cyclic codes:1||cyclic prefixaided linear trajectory:1||degraded broadcast channel:1||delay estimation:1||distancebased localization:1||dualpolarized channels:1||error statistics:1||fillduplex relay (FDR):1||finite input alphabet:1||full duplex:1||geometric network information (GNI):1||halfduplex relay (HDR):1||handoff/handover:1||harddecision beam alignment:1||indoor localization:1||infrastructurefree:1||intercell interference coordination (ICIC):1||interference alignment:1||interference cancelation:1||interference cancellation:1||interference coordination:1||interference suppression:1||iterative algorithms:1||ksimplexes transform:1||limited Feedback precoding:1||linear programming:1||load balancing:1||long shortterm memory:1||lowenergy adaptive clustering hierarchy:1||machine type communications:1||massive connectivity:1||maximumlikelihood (ML):1||mediumvoltage powerline access network:1||message passing algorithm:1||millimeterwave:1||multihop:1||multicasting:1||multipath:1||multipleinput multipleoutput (MIMO):1||multipleinputmultipleoutput (MIMO):1||multiuser MIMO:1||multiuser multipleinput multipleoutput (MIMO):1||noise:1||nonlinear EH:1||nonorthogonal interferencefree radio access:1||nonconvex optimization:1||nonlinear energy harvester:1||optical fibre communication:1||optical noise:1||orthogonal frequencydivision multiple access:1||outage probability:1||passband transmission:1||phase noise:1||phasenoise mitigation:1||powerline communications:1||powerline/wireless diversity channel:1||predistorted constellation:1||precoder:1||precoder selection:1||proactive eavesdropping:1||proportional fair scheduling:1||random vector quantization:1||raytracing technique:1||reconfigurable intelligent surface:1||recurrent neural network:1||reflection pattern design:1||relays:1||resource allocation:1||road side unit selection:1||secure multicasting:1||semidefinite relaxation:1||signal detection:1||signal quantization:1||subcarrier assignment:1||three dimensional localization:1||timedivision multiple access:1||timedomain reflectometry:1||twohop relaying protocol:1||ultradense network:1||uniform theory of diffraction:1||usershadowing effects:1||vehicletovehicle communications:1||vehicular mobility:1||wirelesspowered communications:1||zeroforcing beamforming (ZFBF):1||멀티톤재밍:1||부분대역잡음재밍:1||처프대역확산:1||ANN:1||항재밍:1||Adaptive:1||Amplifyandforward relay:1||Analog cancelation:1||Analog cancellation:1||Antenna arrays:1||Antenna selection:1||Antenna subarrays:1||AntiJamming:1||Array pattern synthesis:1||Automotive radar:1||Azimuth:1||BMT:1||Baseband transmission:1||Bearing fault:1||Carrier frequency offset:1||Chirp Spread Spectrum:1||Compressed sensing:1||Convergence:1||Cooperation:1||Cooperative multiplexing:1||CramerRao bound:1||Deep neural network:1||Demodulate and forward:1||Directive antennas:1||Distributed reception:1||Downlink:1||Electronic mail:1||Energy beamforming:1||Energy consumption:1||Energyefficiency:1||Frequency modulated continuous waveform (FMCW):1||Frequencydomain analysis:1||Full duplex radios:1||Gasinsulated switchgear (GIS):1||Geometric sequence decomposition:1||Heterogeneous networks:1||Highresolution:1||Indoor wireless channel:1||Induction motor:1||Integrated circuit modeling:1||Interference:1||Joint vehicle tracking:1||LTE networks:1||Lattice precoding:1||Limited feedback:1||Lineofsight identification:1||Long shortterm memory (LSTM):1||MIMO channel:1||ML detector:1||Machine learning:1||Maximum likelihood:1||Maximum likelihood (ML):1||Maximum likelihood detection:1||Measurement:1||

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Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

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