ScholarWorks@Korea University: KIM, SEUNG YEON

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KIM, SEUNG YEON (김승연)

College of Science and Technology (Department of Computer Convergence Software)

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Tel 044-860-1375
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IEEE 802.16j:5||Multihop relays:3||outage probability:3||LTE:2||joint transmission (JT):2||Directional antenna:2||Interference:2||Relay Station:2||LTEAdvanced:2||cooperative transmission:2||Cellular Systems:2||Frameefficiency:2||2D Markov chain:2||WLAN:2||energy efficiency:2||Frequency assignment:2||Mobile Multihop Relay:2||Trisector:2||Maximum coverage:2||Quality of service:1||soft frequency reuse(SFR):1||Multiple power:1||DevicetoDevice communications:1||power control:1||Devicetodevice communication:1||Operating condition:1||InterCell Interference (ICI):1||Frequency Reuse Partitioning (FRP):1||heterogeneous networks (HetNet):1||conditional Gaussian distribution:1||Picocell:1||IEEE802.16j:1||reuse partitioning (RUP):1||Millimeter wave communication:1||Split computing:1||Onedimensional Markov Chain:1||Power efficiency:1||Energy forecasting:1||Fractional Frequency Reuse:1||resource allocation:1||Colocated:1||pathloss:1||Rayleigh fading:1||almost blank subframes (ABS).:1||Call Blocking:1||Dense Femtocell:1||synchronized signal:1||effective throughput:1||Resource Reservation:1||지향성 안테나:1||Bluetooth:1||Renewable energy sources:1||Probability:1||lowpower wide area network:1||and chirp spread spectrum:1||Call admission control:1||intercell interference coordination(ICIC):1||Renewable energy:1||coordinated multipoint transmission:1||Interference Management:1||Device to Device (D2D):1||exponential effective SINR:1||transmission timing control:1||Channel Utilization.:1||Effective Throughput:1||relay station:1||wakeupondemand MAC scheme:1||unslotted CSMA/CA:1||Directional Antenna:1||Coexistence:1||inference time:1||Coordinated multipoint:1||operating condition:1||Cochannel interference (CCI):1||intercell interference coordination (ICIC):1||enterprise femtocell:1||Cell Range Expansion:1||Frequency Partitioning:1||transparent:1||모바일 멀티홉 릴레이:1||Cochannel Interference:1||Cochannel interference (CCI):1||call blocking
probability:1||Rician fading:1||hybridpower:1||Cellular networks:1||5G mobile communication:1||5G:1||longrange:1||Fractional frequency reuse:1||Spectrum handoff:1||Energy saving system:1||Call admission control (CAC):1||Profit maximization:1||regular topology:1||colocated:1||3GPPLTE:1||Two dimensional Markov chains:1||cochannel interference (CCI):1||Enterprise femtocell:1||cellular multihop system:1||STR:1||AFH Algorithm:1||unmanned aerial vehicle (UAV):1||ALOHA:1||capture model:1||call admission control(CAC):1||Building energy management system:1||Adaptive energy consumption prediction:1||interference:1||Erlang loss system:1||fading:1||performance evaluation:1||WiMAX 802.16m:1||coordinated multipoint transmission (CoMP):1||Markov chain.:1||Outage Probability:1||optimal resource allocation:1||중계기:1||3섹터:1||셀룰러 시스템:1||Millimeter wave:1||distributed system:1||Intercell interference:1||dynamic point selection (DPS):1||coverage probability:1||interference avoidance:1||Frequency reuse partitioning (FRP):1||call admission control:1||Cell Selection:1||Power Control:1||macro UE.:1||nontransparent:1||JCAC:1||mobile multihop relay:1||Energy consumption:1||Stochastic processes:1||stochastic game:1||energy consumption:1||cluster:1||Markov Chain:1||TTR:1||IEEE 802 15 4:1||Capacity.:1||channel utilization:1||mobile ground node (MGN):1||edge computing:1||reliability:1||Energy efficiency:1||coordinated multipoint transmission:1||

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