ScholarWorks@Korea University: YU, HEE JUNG

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YU, HEE JUNG (유희정)

Graduate School (Department of Electronics and Information Engineering)

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Tel 044-860-1352
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Channel estimation:9||Wireless communication:9||Throughput:8||Internet of Things:8||Array signal processing:6||Physical layer security:6||Optimization:6||Training:5||IoT:5||Radio frequency:4||Estimation:4||physical layer security:4||6G mobile communication:4||Signal to noise ratio:4||Resource management:3||Fading channels:3||NOMA:3||Application mapping:3||channel estimation:3||spectrum sensing:3||Networkonchip:3||Receivers:3||Security:3||6G:3||Uplink:3||Satellites:3||Distortion:2||Internet of Things (IoT):2||Unmanned aerial vehicles:2||Transmitters:2||secure outage probability:2||RIS:2||hybrid beamforming:2||Bayesian estimation:2||Ratedistortion:2||power allocation:2||secrecy outage probability:2||reconfigurable intelligent surface:2||Eavesdropping:2||Probability:2||Task analysis:2||Costs:2||Hardware:2||cognitive radio:2||optimization:2||Relays:2||Topology:2||Power control:2||Reconfigurable intelligent surface:2||fronthaul:2||5G mobile communication:2||5G:2||pointing error:2||physical layer security (PLS):2||Interference:2||Communication system security:2||eavesdropper:2||ratedistortion:2||Bandwidth:2||energy harvesting:2||unmanned aerial vehicle (UAV):2||Autonomous aerial vehicles:2||Timevarying channels:2||alternating optimization:2||Atmospheric modeling:2||Protocols:2||Bayes methods:2||Energy consumption:2||UAV:2||timevarying channels:2||CRAN:2||channel prediction:1||Optical mixing:1||optical wireless communication:1||Quality of service:1||bit error rate:1||devicetodevice communication:1||spatial modulation:1||fault tolerance:1||Artificial jamming:1||Untrusted relay:1||smart antenna:1||3GPP:1||5G NR:1||vehiculartoroadside unit communications:1||B5G:1||Devicetodevice communication:1||fullduplex jamming:1||secrecy throughput:1||network on chip:1||Sparse matrices:1||MultiAgent Distributed QLearning:1||massive multipleinput multipleoutput (MIMO):1||optimal deployment:1||Clustering:1||Realtime systems:1||Intrusion detection:1||Random access:1||Tactical FANET:1||gradient ascent method:1||Cochannel interference:1||Vehicle dynamics:1||local combining:1||Minimax techniques:1||power control:1||Rayleigh fading:1||spectral efficiency:1||KullbackLeibler divergence:1||connection outage probability:1||Fronthaul:1||interference cancellation:1||Small cell networks:1||wireless backhaul:1||LTE:1||Beamforming:1||Communication cost:1||Backscatter:1||Sociology:1||SWIPT:1||Wireless networks:1||Radar crosssections:1||array of subarrays:1||Antennas:1||polynomial digest for MDC:1||Sensing:1||systemonchip:1||Energy harvesting:1||tactical flying adhoc network (FANET):1||Routing path selection:1||IoT networks:1||Cloudradio access networks (CRANs):1||deep convolutional neural network:1||trust enhanced routing:1||unmanned aerial vehicle:1||IEEE 802.11ac:1||spacetime code:1||Power demand:1||Sailfish hunting:1||Base stations:1||Statistics:1||wireless multicasting:1||Remote sensing:1||Principal component analysis:1||Airplanes:1||feature extraction:1||AirtoGround Channel:1||millimeter wave (mmWave):1||signaling overhead:1||Provably secure subset hash functions:1||Power allocation (PA):1||iterative MLE:1||VOPD:1||Squirrel search optimization:1||ergodic rate:1||Finite element analysis:1||colluding and noncolluding eavesdroppers:1||underwater optical communication:1||Smart repeater:1||dynamic clustering:1||LEO satellite:1||spectrum sharing:1||networkonchip:1||TrustWalker:1||energy detection:1||Nonorthogonal multiple access:1||detection:1||Upper bound:1||artificial noise:1||Underlay D2D networks:1||Network on chip:1||Backscatter system:1||nonorthogonal multiple access:1||Feature extraction:1||phasedependent amplitude response:1||Energy Efficiency Maximization.:1||Unmanned Aerial VehicleBase Station:1||Bistatic radar:1||Antenna arrays:1||DoA estimation:1||Achievable rate maximization:1||Random oracle design with polynomial function:1||Zero forcing (ZF) beamforming:1||Low earth orbit satellites:1||Rician fading:1||Reconfigurable intelligent surfaces:1||Robust scalar:1||Effective secrecy throughput:1||Secrecy outage probability:1||slottedALOHA:1||Rician channels:1||interference free communications:1||sum rate:1||Frame design:1||Transmitting antennas:1||Computation time:1||latency:1||Levy flight:1||feature fusion:1||identification of aircraft:1||rateresidual energy tradeoffs:1||Transceivers:1||Joint communicationradar:1||greedy algorithm:1||Massive radio access networks:1||Edge AI:1||(ISAC):1||Convergence:1||Decentralized trust management:1||Requirements:1||Earth:1||Systemonchip:1||reconfigurable intelligent surface (RIS):1||Mathematical models:1||active UAV:1||Jamming attack:1||cellfree massive MIMO:1||correlation:1||CRN:1||VIoT:1||trust modelling:1||satellite communication:1||cognitive communication:1||Communication systems:1||vehicular communication systems:1||Bandwidth design:1||spacetime line code (STLC):1||Power system reliability:1||outage probability:1||cuckoo search:1||Computer architecture:1||Support vector machines:1||Delays:1||Beam squint:1||Oneway secure subset hash function:1||AI assisted networking:1||Polynomial regression:1||Blockchain:1||Trust management:1||Synchronization:1||mmWave:1||application mapping:1||Random oversampler:1||Ad hoc networks:1||largescale fading decoding:1||maximum sumrate:1||M fading:1||FSO communication:1||Highspeed optical techniques:1||Eavesdropper:1||under water turbulence:1||nonorthogonal multiple access (NOMA):1||service priority:1||speech emotion recognition:1||WSN:1||GammaGamma fading:1||HyperGamma fading:1||variable gain relay:1||energy efficiency:1||physicallayer technologies:1||outage probability (OP):1||hybrid automatic repeat request (HARQ):1||Andean condor:1||communication cost:1||Genetic algorithms:1||kappa  mu shadowed fading:1||opportunistic relaying:1||Convolutional neural networks:1||RTHIs:1||Transmission line matrix methods:1||Power Control:1||Radar:1||CRLB:1||Directionofarrival estimation:1||Frequency division multiplexing:1||block coordinate descent:1||intelligent reflecting surface:1||Polynomial digest function:1||Integrated sensing and communication:1||Grey wolf optimization:1||Satellite broadcasting:1||array signal processing:1||Routing:1||Rayleigh channels:1||Estimation error:1||coverage probability:1||maxmin fairness:1||Analytical models:1||correlationbased feature selection:1||heterogeneous computing systems:1||router architecture:1||permanent fault:1||digital channelizer:1||URLLC:1||Encoding:1||spacetime line code:1||Metaheuristic optimization:1||Robustness:1||ergodic secrecy rates:1||ergodic capacity:1||Aircraft classification:1||CNN:1||Heuristic algorithms:1||achievable rate:1||Symbols:1||OFDM:1||Millimeterwave:1||multiagent Qlearning (QL):1||tethered unmanned aerial vehicle mountedbase station (UAVBS):1||incremental search:1||discrete phase shift:1||Multiuser communications:1||Challenges:1||Payloads:1||Surveys:1||Malaga fading:1||Cooperative jammer detection:1||Jammer avoidance:1||

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