ScholarWorks@Korea University: LEE, SANG HYUN

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LEE, SANG HYUN (이상현)

College of Engineering

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Tel 02-3290-3218
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Wireless communication:5||messagepassing algorithm:4||Optical pulses:4||Resource management:4||Visible light communication:4||Optimization:4||Optical receivers:3||Task analysis:3||Optical transmitters:3||Optical attenuators:2||Throughput:2||Adaptive optics:2||Internet of Things:2||primaldual method:2||dimming support:2||Network topology:2||cooperative localization:2||Wireless networks:2||Neural networks:2||Energyefficiency maximization:1||wireless heterogeneous networks:1||nanocomposites:1||spanning tree with hop limit:1||Optical modulation:1||bit error rate:1||Array signal processing:1||Computing latency:1||Automation:1||Millimeter wave communication:1||Timedomain analysis:1||survey propagation (SP):1||Mobile caching:1||belief propagation:1||Biosensors:1||percolation networks:1||spatiotemporal offloading:1||cooperative jamming:1||public safety network:1||user association:1||dimming:1||binary modulation:1||distributed network management:1||multiobjective optimization:1||Muscle strength:1||Handgrip strength:1||NOMA:1||Costs:1||Sociology:1||OTT:1||Sociotemporal dynamics:1||graphene:1||frequency response:1||Content delivery:1||multilateration:1||vehicular networks:1||proactive eavesdropping:1||wireless surveillance:1||Wireless random networks:1||Topology:1||minmax criterion:1||Statistics:1||pilot assignment (PA):1||wireless caching:1||node selection:1||time allocation:1||Computational modeling:1||Modulation:1||nonorthogonal multiple access:1||Time measurement:1||Interference:1||Contamination:1||Coherence:1||messagepassing algorithms:1||Agentbased model (ABM):1||Mobile network traffic:1||autonomous vehicular networks:1||autonomous vehicle localization:1||mmwave connection:1||vehicletovehicle network:1||Transceivers:1||Light emitting diodes:1||Receivers:1||D2D caching:1||distributed deep learning:1||internet of vehicle:1||Physical layer security:1||Distributed algorithm:1||Wireless powered communication networks:1||messagepassing inference:1||signal quality measures:1||measure converting rules:1||Deep learning (DL):1||Bandwidth:1||Radio spectrum management:1||Artificial neural networks:1||Wireless sensor networks:1||Metabolic dysfunctionassociated fatty liver disease:1||Liver fibrosis:1||computer modeling:1||beamforming:1||Multiplexing:1||distributed task offloading:1||Location awareness:1||Cellfree massive multipleinputmultipleoutput (MIMO):1||bone conduction hearing aid:1||vehicletoeverything (V2X):1||consensus algorithm:1||Monte Carlo simulation:1||Training:1||deep learning:1||Deep neural network:1||LEACH:1||Messagepassing:1||resource blanking:1||InternetofThings:1||distributed optimization:1||Optical signal processing:1||Channel allocation:1||hybrid nanocomposites:1||particulate fillers:1||Position measurement:1||Industrial Internet of Things (IIoT):1||Friendship paradox:1||loudspeaker:1||mobilityaware caching:1||wireless resource management:1||deep neural network:1||message passing:1||nonlinear power consumption:1||heterogeneous networks:1||primaldual training:1||Korea National Health and Nutrition Examination Survey:1||conducting nanowires:1||virtual machines (VMs):1||Current measurement:1||Millimeter wave measurements:1||Industrial Internet of Things:1||Uplink:1||Biomedical optical imaging:1||electrical conductivity:1||load balancing:1||onoff keying:1||polymer matrix composites:1||mobileedge computing (MEC):1||Channel estimation:1||

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