ScholarWorks@Korea University: Kim, Joong heon

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Kim, Joong heon (김중헌)

공과대학 (School of Electrical Engineering)

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Resource management:5||Optimization:5||Deep learning:4||power allocation:3||Computational modeling:3||Deep reinforcement learning:3||deep learning:3||Training:3||scheduling:3||Data models:3||Scheduling:3||optimization:3||Lyapunov optimization:3||Multiagent systems:3||Wireless communication:3||Massive MIMO:2||mobile edge computing:2||Stability analysis:2||maximum weight independent set (MWIS):2||federated learning:2||charging scheduling:2||video delivery:2||Servers:2||quantum approximate optimization algorithm (QAOA):2||Delays:2||blind signal classification:2||Companies:2||5G:2||Reinforcement learning:2||wireless caching:2||Myerson auction:2||user scheduling:2||Surveillance:2||multiagent deep reinforcement learning:2||virtual reality:2||Streaming media:2||Internet of Things (IoT):2||Poles and towers:2||Clustering algorithms:1||Belief propagation:1||link scheduling:1||hybrid quantumclassical algorithm:1||quantum simulation:1||smart ocean networks:1||Internetofvehicle caching:1||offloading:1||CoExistence:1||Nonorthogonal multiple access:1||beam alignment problem:1||spectrum efficiency:1||powerefficient networks:1||Devicetodevice communication:1||Edge computing:1||Unmanned aerial vehicles:1||Unmanned aerial vehicles (UAVs):1||Industrial IoT:1||RSU allocation:1||beyond 5G:1||millimeter wave vehicular network:1||Roads:1||Vehicle dynamics:1||Deep deterministic policy gradient:1||video streaming service:1||privacy preserving:1||smart contracts:1||Anonymous payment:1||blockchains:1||Filtering theory:1||heterogeneous Internet of Things (HIoT):1||Neural networks:1||Uncertainty:1||Distortion:1||Peertopeer computing:1||contentcentric networking:1||authentication infrastructure:1||realtime:1||traffic forecasting:1||NOMA:1||01 Knapsack problem:1||DDoS attacks:1||Memory pool:1||and user preference:1||smart IoT sensor:1||Task analysis:1||Cellular network:1||controlled delay (CoDel):1||wireless communications:1||beyond federated learning (FL):1||Adaptive systems:1||data protection:1||Medical diagnostic imaging:1||target detection:1||Computer crime:1||Neurons:1||Unmanned aerial vehicle (UAV):1||Hardware:1||transfer learning:1||Oceans:1||federated learning (FL):1||data authentication:1||surveillance:1||multiagent systems:1||Silicon carbide:1||signaling overhead:1||Delayconstrained networks:1||Libraries:1||Caching:1||vehicular networks:1||convex optimization:1||Energy resources:1||Processor scheduling:1||eVTOL:1||CAPEX:1||Relays:1||Network topology:1||communication efficiency:1||reliable system:1||Base stations:1||Hospitals:1||Split learning:1||Privacy:1||cloud offloading:1||adaptive filtering:1||Low Earth orbit:1||Marine vehicles:1||Satellites:1||synthetic aperture radar:1||Denialofservice attack:1||selforganizing map (SOM):1||channel estimation:1||LEO satellite:1||Interference:1||energyefficient cluster head selection:1||wireless scheduling:1||Electric vehicle charging:1||Energy management:1||neural network:1||blockage problem:1||deafness problem:1||mmWave band:1||Wireless caching network:1||stochastic:1||Modulation:1||Nonorthogonal multiple access (NOMA):1||Internet of Things (IoT) device scheduling:1||Greedy algorithms:1||learning:1||personalized file preferences:1||devicetodevice underlaid network:1||long shortterm memory (LSTM):1||big data:1||Cellular networks:1||charging drone:1||Selfadaptive control:1||Smart logistics:1||5G mobile communication:1||realtime computer vision system:1||Internet of Things:1||Performance evaluation:1||Smart contracts:1||image superresolution:1||Radar polarimetry:1||Distributed denialofservice (DDoS) attack:1||Contamination:1||deep residual learning:1||Electric vehicles:1||scheduling algorithms:1||frequency sharing study:1||network optimization:1||Markov decision process:1||Receivers:1||Multiplexing:1||energy management problem (EMP):1||Electric vehicles charging:1||bigdata processing:1||unmanned aerial vehicle (UAV):1||content delivery:1||Wireless caching:1||Distributed deep reinforcement learning:1||coveragetime:1||mobile base station:1||performance measurements:1||OPEX:1||V2V:1||Wireless sensor networks:1||sampling rate optimization:1||Throughput:1||Mobile deep learning:1||Filtering algorithms:1||defense framework:1||NPhard:1||video caching:1||deep reinforcement learning:1||dynamic programming:1||Recommender systems:1||collaborative filtering:1||delaysensitive communications:1||renewable energy:1||Air taxi:1||Drone taxi:1||Drones:1||active queue management (AQM):1||Vehicletoeverything:1||mmWave spectrum:1||6G:1||surveillance applications:1||Training data:1||Computer architecture:1||Blockchain:1||Security:1||Protocols:1||matching algorithm:1||Adaptation models:1||fast data forwarding:1||energy efficiency:1||neural networks:1||5Genabled vehicular networks:1||nonorthogonal multiple access (NOMA):1||Mobile computing:1||mobile network:1||smart grid:1||Blockchains:1||consecutive user demands:1||Superresolution:1||quality of service (QoS):1||distributed machine learning:1||deep neural network:1||zeroknowledge proof (ZKP):1||Adaptive filters:1||Botnet:1||Uplink:1||hardware impairments:1||pilot contamination:1||Handover:1||quantum application:1||UAVs:1||Planning:1||deep Qnetwork:1||transportation network:1||weather aware prediction:1||fixed service systems:1||millimeterwave:1||Interference cancellation:1||Resource allocation:1||photovoltaic power generation prediction:1||Urban aerial mobility:1||Distributed databases:1||Data privacy:1||edge computing:1||Electronic mail:1||Image resolution:1||Reliability:1||Channel estimation:1||

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