ScholarWorks@Dongguk University: Lee, Ki song

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Lee, Ki song (이기송)

College of Engineering (Department of Information and Communication Engineering)

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Tel 02-2260-3233
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Optimization:16||energy harvesting:14||Wireless communication:13||Resource management:11||Deep learning:9||Interference:8||convex optimization:8||Receivers:7||Autonomous aerial vehicles:6||Internet of Things:6||Trajectory:6||Power control:6||transmit power control:6||Energy harvesting:6||Wireless sensor networks:5||secure communication:5||Unmanned aerial vehicle:5||optimization:5||Training:5||wireless power transfer (WPT):4||energy efficiency:4||memristor:4||resistive switching:4||Protocols:4||Deep neural network:4||Wireless power transfer:4||deep learning:4||Artificial neural networks:4||SWIPT:4||Throughput:4||interference channel:4||distributed algorithm:3||load resistance:3||magnetic resonance:3||Transmitters:3||UAV communications:3||Uplink:3||Magnetic resonance:3||Integrated circuit modeling:3||Relays:3||secrecy rate:3||Downlink:3||trajectory:3||energy harvesting (EH):3||Interference channels:3||Devicetodevice communication:3||Secure communication:3||Jamming:3||wireless energy harvesting:3||joint optimization:3||Eavesdropping:2||nonconvex optimization:2||degrees of freedom:2||interference management:2||Resonators:2||simultaneous wireless information and power transmission:2||noflyzone:2||efficiency:2||sum rate:2||Couplings:2||threshold switching:2||neural network:2||lifetime maximization:2||trajectory design:2||Efficiency:2||multihop network:2||Energy efficiency:2||Spread spectrum communication:2||misalignment:2||wireless energy transfer (WET):2||wireless power transfer:2||Iterative methods:2||underlay cognitive radio network:2||Signal to noise ratio:2||Simulation:2||proportional fairness:2||untrusted relay:2||Cooperative inference:2||Approximation algorithms:2||Quality of service:2||metal oxides:2||beamforming:2||MISO interference channel:2||resource allocation:2||Channel error:2||secrecy energy efficiency:2||deep neural network:2||alloyed materials:1||beam placement:1||cognitive heterogeneous networks:1||cognitive radio:1||cognitive radio network:1||communications:1||conduction mechanism:1||confidence threshold:1||confidence thresholds:1||cooperation:1||deep learning (DL):1||distributed operation:1||edge AI surveillance system:1||equivalent circuit model:1||frequency selectivity:1||heterogeneous channel uncertainty:1||heterogeneous networks:1||hybrid resource allocation:1||imperfect channel state information:1||infeasible optimization problem:1||interbeam interference:1||interference coordination:1||jamming power control (JPC):1||jamming signal:1||lineofsight:1||low complexity:1||lowpower widearea (LPWA) network:1||malicious energy harvester:1||mobile edge caching:1||mobile edge computing:1||mobile edge computing (MEC):1||mobility:1||monitoring:1||multi user MIMO:1||multihop communications:1||multipleinputsingleoutput:1||neural network (NN):1||neuromorphic system:1||nonlinear energy harvesting:1||number of relays:1||outdated channel state information:1||output power:1||parcel delivery:1||physical layer security:1||physicallayer security:1||pickup design:1||positioning error:1||power allocation:1||power distribution:1||power splitting:1||powersplitting:1||pretraining:1||queueing:1||rankdeficient channel:1||rankdeficient channels:1||reconfigurable intelligent surface:1||relay:1||relay activation:1||robust power control:1||secrecy outage probability:1||secure relaying protocol:1||separating hyperplane theorem:1||silicon nitride:1||spectral efficiency:1||spectrum efficiency:1||system charging time:1||time switching:1||trajectory optimization:1||transmission efficiency (TE):1||transmit power control (TPC):1||twoway communication:1||twoway communications:1||underlay D2D:1||underlay D2D communication:1||unmanned aerial vehicle:1||unsupervised learning:1||user association:1||vehicular communications:1||wireless backhaul:1||wireless energy harvesting (WEH):1||wireless energy sharing (WES):1||wireless powered interference channel:1||3D trajectory:1||wirelesspowered sensor network:1||Achievable efficiency:1||Al2O3:1||Analytical models:1||Baseband:1||Batteries:1||Bioinspired algorithm:1||Biological system modeling:1||CRAN:1||Cache replacement:1||Channel estimation:1||Class B:1||Cognitive radio:1||Coils:1||Communication system security:1||Computational modeling:1||Cooperation:1||Cooperative communication:1||Cooperative jamming:1||Cooperative relaying:1||Coupling coefficient:1||DRL:1||Deep reinforcement learning:1||Delays:1||Energy consumption:1||Equivalent circuit model:1||Equivalent circuit model (ECM):1||Equivalent circuits:1||Fading channels:1||Gain:1||Imperfect channel reciprocity (ICR):1||Interchannel interference:1||Internet of Things (IoT):1||Joint optimization:1||Land vehicles:1||Lifetime maximization:1||Linear programming:1||LoRa:1||LoS channel:1||Logic gates:1||Low earth orbit satellites:1||MIMO communication:1||MISO wirelesspowered interference channel:1||MLC:1||Markov decision processes:1||Mathematical model:1||Memristor:1||Mobile ad hoc networks:1||Multibeam satellite communication:1||NFZ:1||Neural network:1||Neural networks:1||Neuromorphic system:1||Payloads:1||Peertopeer computing:1||Performance comparison:1||Performance evaluation:1||Power distribution:1||Power electronics:1||Power generation:1||Power splitting:1||Power system control:1||Power system reliability:1||Probability:1||QoS constraint:1||Quantized conductance:1||RF signals:1||Radio transmitters:1||Relay networks (telecommunications):1||Resistance:1||Satellite broadcasting:1||Satellites:1||Secrecy outage probability:1||Security:1||Simultaneous wireless information and power transmission:1||Spectral efficiency:1||Surveillance:1||Threedimensional displays:1||Time complexity:1||Time switching:1||Trajectory planning:1||Transceivers:1||Transforms:1||Transmit power control:1||Uncertainty:1||WPCN:1||achievable efficiency:1||

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