ScholarWorks@Hanyang University: Jo, Han-Shin

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Jo, Han-Shin (조한신)

COLLEGE OF ENGINEERING (DEPARTMENT OF AUTOMOTIVE ENGINEERING)

Research Area: 커넥티드 및 자율주행, 무선통신 및 네트워크, 센싱,통신,컴퓨팅 통합 최적화, Connected & Autonomous driving, Wireless communication and network, Joint optimization of sensing, communication, and computing

Tel 02-2220-2891
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nonorthogonal multiple access:5||power spectral density:3||interference:2||CV2X:2||Machine learning:2||Cognitive radio network:2||unmanned aerial vehicle:2||CPOFDM:2||frequency dependent rejection:2||Internet of Things:2||ITS:2||Industrial Internet of Things:2||energy efficiency:2||5G:2||fifthgeneration (5G) cellular mobile communications:2||spectrum sharing:2||Power control:2||Cognitive radio networks:1||Congestion control:1||DGPS:1||DPSP MISO downlink:1||Deep Qlearning (DQL):1||Deep reinforcement learning:1||Deep reinforcement learning (DRL):1||Distributed congestion control:1||Double Deep Qlearning (DDQL):1||Dynamic spectrum sharing:1||Earth exploration satellite service:1||Elevation angles of departure restriction:1||Energy consumption:1||Energy efficiency:1||Exterior interference:1||FDMIMO:1||Feature selection:1||Fixed satellite service:1||GPS Accuracy:1||Gaussian process:1||Heterogeneous cellular network:1||Heterogeneous networks:1||High Altitude Platform Station (HAPS):1||IEEE 802.11p:1||IMT2020:1||Intelligent Transportation Systems:1||Interelement spacing:1||Interference management:1||International mobile telecommunications2020:1||Joint transmission:1||LEO satellite:1||LTE:1||MISO channel:1||MonteCarlo (MC):1||Multidimensional regression:1||NBIoT:1||NRV2X:1||Network utility maximization:1||Nonterrestrial network:1||OFDM:1||Opportunistic polarizationmatching:1||PLC/wireless diversity:1||PUSU:1||Packet delivery ratio:1||Path History:1||Path loss:1||Polarizationmismatch:1||Preamble:1||Principle component analysis (PCA):1||Protocols:1||Radio interference:1||Rician fading:1||SINR:1||SLES:1||Secrecy outage probability:1||Sensors:1||Shadowing:1||Spectral coexistence:1||Synchronization:1||Traffic controller:1||Twoway relaying:1||Urban channel model:1||Vehicular Communications:1||Wireless sensor network:1||Wireless sensor networks:1||advanced minimum coupling loss:1||affinity propagation:1||autonomous resource allocation:1||average capacity:1||backhaul:1||capacity loss:1||cell association:1||cellular V2X (CV2X):1||clustering:1||coexistence:1||cognitive radio network:1||communication:1||deep reinforcement learning:1||delay optimization:1||doppler shift:1||earth station in motion (ESIM):1||fifth mobile generation (5G):1||filtered OFDM:1||finite information block length theory:1||finite information blocklength theory:1||fixed satellite service (FSS):1||fixed service:1||frequency sharing study:1||fullduplex:1||gradient projection method:1||gradient scheduling:1||human bond communication:1||image rejection:1||impulsive noise:1||interference mitigation:1||largescale antenna arrays:1||latency:1||low energy:1||lowresolution analogtodigital converters:1||massive machinetype communication:1||massive machinetype communications:1||massive multipleinput multipleoutput:1||millimeter wave:1||minimum coupling loss (MCL):1||mobile communication:1||mobile edge computing:1||multibeam channel allocation:1||nonterrestrial network (NTN):1||nonterrestrial networks:1||optimisation:1||orthogonal frequency division multiplexing (OFDM):1||outofband emission:1||outage probability:1||packet delivery ratio:1||polarizationmismatch:1||power amplifier nonlinearity:1||power control:1||power line communication:1||power line communication (PLC):1||quadrature mismatch:1||quadrature modulation:1||quantization noise:1||radio spectrum management:1||residual sideband (RSB):1||sidelink:1||single sideband:1||small cell:1||spacecorrelation:1||spacepolarization division multiple access:1||spatiotemporal:1||spectral coexistence study:1||spectrumsharing:1||stochastic geometry:1||throughput:1||time asynchronous reception:1||time synchronization:1||transmitter:1||ultrareliable and lowlatency communications:1||ultrareliable lowlatency communications:1||unmanned aerial vehicles:1||uplink channels:1||vector utility function:1||vehicletoeverything:1||vehicular communications:1||windowed OFDM:1||wireless communications:1||3D spatial channel model:1||wireless sensor network:1||5G NR:1||5GV2X:1||ASR:1||Adaptive Channel Estimation:1||Adjacent channel compatibility:1||Affinity propagation:1||Artificial neural network (ANN):1||CRAN:1||CV2X:1||Caching:1||Calibration:1||Cellular communications:1||Cellular phones:1||Clustering:1||Coexistence:1||Coexistence study:1||

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