ScholarWorks@Hanyang University ERICA Campus: Jeon, Sang Woon

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Jeon, Sang Woon (전상운)

ERICA 공학대학 (SCHOOL OF ELECTRICAL ENGINEERING)

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Tel 031-400-5918
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random access:5||Optimization:5||interference management:5||reconfigurable antennas:4||Differential evolution:4||resource allocation:4||Blind interference alignment:4||particle swarm optimization:4||Reinforcement learning:4||successive interference cancellation:3||differential evolution:3||Particle swarm optimization:3||evolutionary computation:3||deep learning:3||degrees of freedom:3||Caching:3||Costs:2||Search problems:2||D2D communication:2||Age of Information:2||fullduplex (FD):2||5G:2||Sociology:2||multimodal problems:2||multiobjective optimization:2||genetic algorithm (GA):2||multipleinput and multipleoutput (MIMO):2||Energy consumption:2||multipleinput multipleoutput (MIMO):2||throughput efficiency:2||Wireless communication:2||cooperative transmission:2||Genetic algorithms:2||heterogeneous networks:2||Global numerical optimization:2||hybrid beamforming:2||Cellular network:2||degrees of freedom (DoF):2||online estimation:2||3GPP:2||online learning:2||6G mobile communication:2||outage capacity:2||interference alignment:2||interference cancellation:2||ant colony system:2||Random access:2||local search:2||machine learning:2||Largescale optimization:2||elite learning:2||energy minimization:2||Trajectory:2||fairness:2||Resource management:2||Heterogeneous cognitive learning:1||Heterogeneous mutation:1||Highdimensional problems:1||Hybrid beamforming:1||Indexes:1||Interference:1||Interference channel:1||Internet of Things:1||Internet of Things (IoT):1||Internet of things:1||InternetofThings (IoT):1||IoT networks:1||Iron:1||Jammers:1||Job shop scheduling:1||Largescale swarm optimizers:1||Libraries:1||Linear minimum mean square error estimation:1||Logistics:1||MIMO communication:1||MISO broadcast channel:1||Machine learning:1||Measurement:1||Microcell networks:1||Millimeter wave communication:1||Modulation:1||Multiaccess communication:1||Multimodal differential evolution:1||Multimodal optimization problems:1||Multimodal problems:1||Mutation operation:1||NLP:1||NOMA:1||NR:1||Neural networks:1||OFDM:1||OFDM system:1||Online estimation:1||Orthogonal Latin Square (OLS):1||Orthogonal design scheme:1||Outage probability:1||Particle swarm optimization (PSO):1||Path planning:1||Personnel:1||Planning:1||Production facilities:1||Proximity ranking based individual selection:1||Qlearning:1||Quality of service:1||RF frontend nonlinearities:1||RIS placement optimization:1||Random elite cognitive learning:1||Random elite ensemble learning swarm optimizer:1||Rayleigh channels:1||Realtime systems:1||Reconfigurable intelligent surfaces:1||Routing:1||Sensitivity:1||Sensors:1||Servers:1||Spectral efficiency:1||Statistics:1||Stochastic dominant cognitive learning:1||Stochastic geometry:1||Sudoku puzzle:1||THz communications:1||Task analysis:1||Terahertz communications:1||Throughput:1||Tin:1||Tour multiple routes planning:1||Training:1||Trajectory planning:1||Transforms:1||Transportation:1||Triple competition mechanism:1||UAV:1||Uncertainty:1||Unmanned aerial vehicle:1||Unmanned aerial vehicles (UAVs):1||V2X communication:1||Variation encoding:1||adaptive transmission:1||adaptive transmission control:1||analog function computation:1||ant colony optimization (ACO):1||archive update strategy (AUS):1||autonomous underwater vehicles:1||beam tracking:1||beam width:1||blackbox optimization:1||broadcast channel:1||broadcast channels:1||caching:1||cellular network:1||centralized training decentralized execution:1||channel modeling:1||channel state information:1||clustering:1||codebookbased beamforming:1||coexistence:1||cold chain logistics scheduling:1||contentcentric network:1||cooperative:1||covariance scaling:1||data aggregation and collection:1||deep Qlearning:1||devicetodevice networks:1||dimension groupbased comprehensive elite learning:1||directional antenna:1||distributed optimization:1||dynamic TDD:1||elastic routing:1||electric vehicle charging scheduling:1||estimation of distribution algorithm:1||evolutionary computation (EC):1||fading multipleaccess channels:1||feasibility conditions:1||feature selection:1||feedback:1||frameadaptive:1||full duplex:1||g Best:1||gaussian distribution:1||global numerical optimization:1||global optimization:1||group learning:1||guiding exemplar:1||heterogeneous devices:1||highdimensional problems:1||hybrid network:1||indoor scenario:1||integer forcing (IF):1||integerforcing:1||intelligent reflecting surface (IRS):1||interference coordination:1||largescale:1||largescale optimization:1||linear beamforming:1||load balancing:1||machinetomachine (M2M) communications:1||manyobjective jobshop scheduling problem (MaJSSP):1||manyobjective optimization:1||massive MIMO:1||matrixbased differential evolution:1||matrixbased evolutionary computation:1||metaheuristic algorithm:1||minislot:1||mmWave:1||mobile IoT network:1||mobility:1||multiantenna beamforming:1||multirobot task allocation:1||multiantenna technique:1||multihop routing:1||multihop transmission:1||multimodal optimization problems:1||multiple populations for multiple objectives (MPMO):1||multiple traveling salesman problem:1||multipleinput and multipleoutput (MIMO) techniques:1||multipleinput multipleoutput (MIMO:1||multiplerelay:1||multipletrajectory planning:1||multisource data association:1||mutation strategy:1||niching:1||numerology:1||offline optimization and online application:1||ondemand evaluation:1||online control:1||optimization:1||pBest:1||particle swarm optimization (PSO):1||phase noise:1||photon detection:1||physical layer:1||power control factor:1||power splitting ratio:1||precedence constraints:1||predictive caching:1||predominant cognitive learning:1||priority:1||problem optimization:1||quantum entanglement:1||quantum illumination:1||quantum radar:1||quantum sensing:1||radar resource management:1||radar signal processing:1||ratesplitting multiple access (RSMA):1||reconfigurable intelligent surface (RIS):1||reinforcement learning:1||robot alliance:1||scaling laws:1||sensor networks:1||simultaneous wireless information and power transfer (SWIPT):1||slotted ALOHA:1||small cell networks:1||spatial modulation:1||spectral leakage:1||stochastic triad topology:1||successive interference cancellation (SIC):1||sum rate maximization:1||surrogateassisted evolutionary algorithm (SAEA):1||terahertz (THz) communication:1||throughput scaling law:1||throughputdelay tradeoff:1||timevarying popularity distribution:1||trajectory optimization:1||twooptimization (2opt) strategy:1||unlicensed band:1||unmanned aerial vehicle:1||unmanned aerial vehicle (UAV):1||variable decoupling:1||wireless sensor networks:1||worstcase analysis:1||5G evolution:1||5G new radio:1||6G:1||6G systems:1||ACIR:1||Active Learning:1||Ad hoc network:1||Adhoc network:1||Adaptive local search:1||Adaptive parameter adjustment:1||Advanced MIMO:1||Amplifyandforward (AF):1||Ant colony system:1||Antenna arrays:1||Archive sharing technique (AST):1||Array signal processing:1||Autonomous aerial vehicles:1||Base stations:1||Bayesian estimation:1||Beam tracking:1||Bidirectional feature fixation (BDFF):1||Binary code:1||Cache memory:1||Cache networks:1||Channel coding:1||Channel estimation:1||Clustering algorithms:1||Cochannel interference:1||Cognitive Radar:1||Cognitive learning:1||Combinatorial optimization problems:1||Cooperative DF:1||Data aggregation:1||Data models:1||Decision making:1||Deep learning:1||Degrees of freedom:1||Degrees of freedom (DoF):1||Differential evolution (DE):1||Digital twin:1||Dual connectivity:1||Dynamic spectrum sharing:1||Dynamic traveling salesman problem (DTSP):1||Ensemble learning:1||Estimation:1||Euclidean Ncenter problem:1||Evolutionary computation:1||Fitness and distance:1||Fog radio access network:1||Function computation:1||Function value ranking aware differential evolution:1||Generalized mutual information:1||Genetic algorithm:1||Handover:1||

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