ScholarWorks@Gyeongsang National University: Ban, Tae Won

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Ban, Tae Won (반태원)

IT공과대학 (AI정보공학과)

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Tel 0557729177
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MIMO:9||LTE:8||스케쥴링:5||Cellular networks:5||deep learning:5||다중안테나:4||Sparse signal recovery:4||Machine learning:4||scheduling:4||Video streaming:4||유니캐스트:4||Unicast:4||Multicast:4||Deep learning:4||멀티캐스트:4||비디오 스트리밍:4||안테나 선택:4||Exclusive OR (XOR):4||물리계층 네트워크 코딩:3||딥러닝:3||power control:3||브로드캐스트:3||Interference:3||D2D:3||소형셀:3||Reinforcement learning:3||physicallayer network coding:3||성긴 신호 복원:3||Broadcast:3||신호 대 발생 간섭 비:3||복잡도:3||사용자 스케쥴링:3||SGIR:3||channel coding:3||채널 코딩:3||Devicetodevice communication:3||Scheduling:2||Communication networks:2||interference management:2||Complexity:2||Signaltogenerating interference ratio (SGIR):2||Compressed sensing:2||largescale MIMO:2||기계학습:2||antenna selection:2||Multimedia:2||machine learning:2||massive MIMO:2||다중 안테나:2||mobile caching:2||beamforming:2||cellular network:2||multimedia:2||단말간 직접 통신:2||cellular networks:2||Spatial modulation:2||중계기 선택:2||Autonomous transmission:2||Spurious:2||최적화:2||추적:2||Antenna selection:2||complexity:2||computational complexity:2||평균제곱오차:2||System Level Simulation:2||Frequency:2||배타적논리합:2||이종망:2||Caching:2||MUMIMO:2||deep reinforcement learning (DRL):2||Guard Band:2||devicetodevice (D2D):2||빔포밍:2||Optimization:2||Orthogonal matching pursuit:2||상향링크 무선 네트워크:2||Twoway relaying channel:2||셀 간 간섭:2||D2D communications:2||셀 확장 편향치:2||셀롤라 네트워크:2||셀룰라 네트워크:2||셀룰러 시스템:2||AntiDrone:2||Mean squared error:2||streaming:2||QoS:2||Heterogeneous networks:2||Receivers:2||transmission scheme:2||Antenna Selection:2||user scheduling:2||Resource management:2||VoIP over LTE:2||심화학습:2||VoLTE:2||간섭:2||WCDMA:2||압축 센싱:2||DQN:2||양방향 중계 채널:2||강화학습:2||Small Cell:1||Small Drone:1||Small cells:1||Small drone:1||Spectrum sensing:1||Streaming:1||Streaming media:1||Support vector machines:1||Swarming Flight:1||SystemLevel Simulator:1||Threshold:1||Throughput maximization:1||Tracking:1||Tracking.:1||Training:1||Transmission strategy:1||Transmit power control:1||Transmitters:1||Twoway relaying technique:1||UAV:1||UAV Control:1||UAV 제어:1||Uplink:1||Uplink Cellular Wireless Networks:1||User Scheduling:1||User selection:1||Usercentric clustering:1||Verification:1||Video frame extrapolation:1||Wearable sensor:1||WiFi:1||Wireless Local Area Network (WLAN):1||Wireless channel correlation:1||Wireless communication systems:1||Wireshark:1||XOR 코딩:1||accuracy:1||backhaul traffic reduction:1||big data:1||cache:1||cell selection:1||cellular system:1||cellular uplink:1||cellularaided D2D:1||channel measurements:1||channel sorting:1||coded streaming:1||cycle generative adversarial network (cycleGAN):1||cyclic prefix:1||data explosion:1||dataset:1||deep deterministic policy gradient (DDPG):1||deep neural network:1||deep reinforcement learning:1||device to device (D2D):1||devicetodevice (D2D) direct communications:1||distributed transmit power control:1||double dueling deep Qnetwork:1||drone position tracking:1||dueling deep Q network (DQN):1||dueling deep reinforcement learning (DRL):1||eMBMS:1||edge caching:1||estimation:1||exclusive OR:1||face translation:1||fading channels:1||false positive rate:1||feedback:1||feedback reduction:1||femto cell:1||flow estimation:1||flow network:1||fullduplex radio:1||growth performance:1||guard interval:1||highorder modulation:1||home cell:1||interference:1||interference measurement:1||interferenceaware power control:1||landmarks:1||largescale antenna arrays:1||link budget:1||link scheduling:1||mobile caching network:1||mobility:1||monopole antennas:1||multiantenna:1||multiuser diversity:1||multiple Bluetooth receivers:1||multiuser MIMO:1||network slicing:1||onoff power control:1||opportunistic scheduling:1||outage probability:1||overlay D2D networks:1||packet overlapping:1||performance metric:1||pig farm:1||pilot hopping scheme:1||power partitioning:1||power saving:1||precoding:1||precoding:1||prediction:1||realtime systems:1||reinforcement learning:1||relay selection:1||secrecy outage probability:1||secrecy rate:1||selfinterference cancellation:1||sensor networks:1||small cell:1||small cells:1||smart farm:1||softwaredefined radio:1||softwaredefined radio (SDR):1||spectrum sharing:1||steadystate probability:1||swine:1||tracking:1||tracking algorithm:1||transmission algorithm:1||underlay:1||user and antenna joint selection:1||video frame prediction:1||wifi:1||wireless avionics intracommunications (WAIC):1||wireless chanel:1||간섭 측정:1||간섭인지 및 전력제어:1||간섭제거:1||거대 안테나:1||검증:1||검파:1||계산 복잡도:1||고차원 변조:1||공중지상 채널:1||군집 비행:1||극다중안테나:1||네트워크 슬라이싱:1||다중 사용자:1||다중 사용자 거대 다중 안테나 네트워크:1||다중 사용자 스케쥴링:1||다중 안테나 네트워크:1||다중 안테나&사용자 네트워크:1||다중 접속:1||다중사용자 다중안테나:1||다중입출력 시스템:1||다중입출력 안테나:1||단말대단말 통신:1||대규모 MIMO 네트워크:1||더블 듀얼링 딥큐네트워크:1||데이터셋:1||동시 직교 매칭 퍼슛:1||동영상:1||링크 버짓:1||멀티미디어:1||무선 근거리 네트워크:1||무선 채널:1||무선채널 연관성:1||무선통신시스템:1||무인항공기:1||방송서비스:1||방향성 전송:1||배타적 논리합:1||백홀 트래픽 감소:1||버퍼기반 중계기 네트워크:1||보안 오류 확률:1||보안 전송률:1||보호 대역:1||복수측정벡터:1||부분 다중화:1||불법 드론:1||불요 방사:1||사용자 선택:1||사용자 중심 클러스터링:1||생체정보:1||성능분석:1||셀 선택:1||셀 확장:1||셀프리 네트워크:1||소프트웨어 정의 라디오:1||소형 드론:1||수율 극대화:1||순환 적대적 생성 신경망:1||스몰셀:1||스케쥴링 알고리즘:1||스펙트럼 센싱:1||시스템 레벨 시뮬레이션:1||시스템 레벨 시뮬레이터:1||신호 대 발생 간섭 및 잡음비 (SGINR):1||실시간 시스템:1||심층 큐네트워크:1||심화 강화학습:1||심화신경망:1||안면 교체:1||안면 변환:1||안티 드론:1||압축센싱:1||양방향 중계 기술:1||얼굴 식별:1||에너지 효율:1||에너지 효율 극대화:1||오류 확률:1||오탐율:1||와이어샤크:1||웨어러블 센서:1||이동 캐싱 네트워크:1||이동성:1||이상개체파악:1||이종 이동 통신망:1||이종 일차 시스템:1||이진 피드백:1||인지라디오:1||일반화된 공간천이변조:1||임계값:1||자기간섭제거:1||전력 제어:1||전력제어:1||전송파워조절:1||전이중 라디오:1||정확도:1||젖소:1||주변단말 탐색:1||주파수:1||중계기 네트워크:1||직교매칭퍼슛:1||차세대 이동통신:1||채널 정렬:1||축사:1||캐싱:1||커버리지:1||특이점:1||파워 조절:1||파일럿 도약 기법:1||패킷 겹침:1||페이딩 채널:1||펨토셀:1||하이브리드 재전송:1||항공기내 무선 네트워크:1||항공기내 무선 통신망:1||헬스 모니터링:1||협력 대역 센싱:1||협력 통신:1||Agriculture:1||홈 셀:1||AirtoGround Channel:1||Anomaly detection:1||AutoEncoder:1||Average daily gain:1||Backhaul traffic reduction:1||Bidirectional control:1||BinaryFeedback:1||Biometric data:1||Blanket transmission:1||Blind decoding:1||BufferAided Relay Networks:1||CNN:1||Cell Range Expansion:1||Cell range expansion:1||Cell range expansion bias:1||Cell selection:1||Cellfree network:1||Cellular systems:1||Cellular wireless networks:1||Cognitive radio:1||Cognitive radio networks:1||Cooperative Communications:1||Cooperative spectrum sensing:1||Coverage:1||D2D communication:1||D2D underlaid cellular network:1||D2D 통신:1||DCI:1||Daily gain:1||Dairy cattle:1||Decoding:1||Deep Learning:1||Deep QNetwork:1||Detection:1||DevicetoDevice (D2D) communication:1||DevicetoDevice communication:1||Devicetodevice (D2D):1||Devicetodevice direct communication:1||Directional Transmission:1||Distributed transmission:1||Downlink:1||Energy Efficiency:1||Energy Efficiency Maximization:1||Estimation:1||Extrapolation:1||Face identification:1||Face swapping:1||Femto Cell:1||Generalized space shift keying:1||Generative adversarial networks:1||HARQ:1||Health monitoring:1||Heterogeneous network:1||Heterogeneous primary system:1||Humidity:1||IEEE 802.11:1||Illegal drone:1||Intercell Interference:1||Intercell Interference (ICI):1||Intercell interference:1||Interference Cancellation:1||Internet of Things:1||Intraaircraft wireless communication network:1||Intraaircraft wireless networks:1||LTE 음성 서비스:1||Livestock:1||MIMO networks:1||MUMassive MIMO networks:1||Massive Antenna:1||Massive MIMO networks:1||Mathematical model:1||Measurement:1||Mobile caching:1||MultiAntenna:1||MultiUser Massive MIMO Networks:1||MultiUser MultiAntenna:1||Multiuser:1||Multiuser scheduling:1||Multiple Antennas:1||Multiple access:1||Multiple antenna:1||Multiple antennas:1||Multiple input and multiple output system:1||Multiple input and output system:1||Multiple measurement vectors:1||Multiuser:1||Neighbor discovery:1||Next Generation Mobile Communications:1||Normalized compressed sensing:1||OFDMA system:1||Opportunistic transmission:1||PDCCH:1||Partial multiplexing:1||Performance Evaluation:1||Power Allocation:1||Power Control:1||Realtime systems:1||Relay Selection:1||Relay network:1||SGINR:1||Scheduling algorithm:1||Signal to noise ratio:1||Simultaneous OMP:1||

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