ScholarWorks@Hongik: An, Beongku

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An, Beongku (안병구)

Graduate School (Software and Communications Engineering)

Research Area: 모바일 무선네트워크, 애드혹네트워크 및 센서네트워크, 사물인터넷, 5G/Beyond 5G, 머신러닝/딥러닝, 멀티캐스트 라우팅, QoS 라우팅, M2M/D2D, 가시광통신, Mobile Wireless Networks, Ad-hoc Networks and Sensor Networks, IoT, 5G/Beyond 5G, Machine Learning/Deep Learning, Multicast Routing, QoS Routing, M2M/D2D, Visible Light Communications

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Routing:15||energy harvesting:13||physical layer security:13||Adhoc and Sensor Networks:11||Android:10||cognitive radio:9||Cognitive radio:9||Clustering:9||Power Saving:8||NOMA:8||Deep learning:8||VLC:8||Route stability:8||outage probability:8||Mobility:8||Cooperative Transmission:8||clustering:7||CrossLayer:7||spectral efficiency:7||relay selection:6||underlay:6||QoS routing:6||nonconvex optimization:6||decodeandforward:6||opportunistic scheduling:5||Entropy:5||Mobile adhoc networks:5||Mobile Adhoc Wireless Sensor Networks:5||Adhoc networks:5||spectrum sensing:5||deep learning:5||secrecy outage probability:5||Relays:5||Multicast routing:5||Route Lifetime:5||Route Stability:5||Cellfree massive MIMO:5||Network lifetime:4||Geomulticast:4||massive MIMO:4||Quality of service:4||LED communication:4||Diversity:4||Location Technology:4||STARRIS:4||Mobile adhoc wireless networks:4||crosslayer:4||QoS:4||shortpacket communication:4||interference probability:4||Multicast Routing:4||Routing protocols:3||deep neural network:3||Cooperative MAC:3||Cooperative Routing:3||entropy:3||Realtime systems:3||federated learning:3||Machine learning:3||imperfect CSI:3||Energy harvesting:3||multihop connectivity:3||multihop networks:3||Signal to noise ratio:3||multihop transmission:3||multicast:3||Adhoc Networks:3||nonorthogonal multiple access (NOMA):3||outage performance:3||Multihop networks:3||phase shift:3||Cognitive radio networks:3||Ultra reliable low latency communication:3||reconfigurable intelligent surface:3||relay network:3||route stability:3||routing:3||security:3||selection combining:3||simultaneous wireless information and power transfer (SWIPT):3||Network stability:3||ARQ:3||Nonorthogonal multiple access (NOMA):3||Deep neural networks:3||InternetofThings:3||Optimization:3||LBS:3||user pairing:3||Physical layer security:3||wireless sensor networks:3||Power saving:3||Protocols:3||cooperative communication:3||Clustering algorithms:2||HFSS:2||intelligent reflecting surface:2||Spectral efficiency:2||Handover Scheme(핸드오버 기법):2||optimization and deep learning:2||outage Probability:2||inner approximation:2||MAC:2||imperfect channel state information:2||Anechoic Chamber:2||Cooperative networks:2||Cognitive radio mobile ad hoc networks:2||IEEE 802.15:2||Database:2||Throughput:2||vehicular adhoc networks:2||crosslayer design:2||Cooperative diversity:2||Traffic Information System:2||LEDtoLED communication:2||power allocation:2||power beacon:2||power splitting:2||powersplitting:2||Transmitters:2||Decoding failure:2||Multicast:2||handover:2||UWB:2||rate adaption:2||Ubiquitous wireless sensor networks(UWSN):2||wireless energy harvesting:2||Linear network coding:2||Resource management:2||Beamforming:2||RIS:2||Complexity theory:2||relay power allocation fading adhoc network:2||Eavesdropping:2||relay selection schemes:2||relaydestination selection:2||game theory:2||Cooperative Routing and Transmission:2||Locationdependent service:2||s communication probability:2||CFmMIMO:2||Reliability:2||fullduplex:2||Cooperative communications:2||secrecy rate:2||secure multicast routing:2||secure routing:2||QoS Routing:2||RF Energy harvesting:2||Nakagamim fading channel:2||Receivers:2||Nakagamim fading channels:2||Network Mobility(이동성 관리):2||flying ad hoc networks:2||cognitive radio adhoc networks:2||Network lifetime:2||cooperative routing:2||finite blocklength:2||Power saving transmission:2||Internet of Things:2||MANETs:2||Node&apos:2||component:2||Wireless Sensor Networks(무선 센서 네트워크):2||Wireless communication:2||Ceramic materials:2||OFDM:2||QoS multicast routing:2||IoT:2||OMNeT plus:2||IoTenabled mobile ad hoc network:2||5G mobile communication:2||energy efficient:2||adhoc wireless networks:2||Outage probability:2||amplify and forward:2||Downlink:2||amplifyandforward:2||Deep reinforcement learning:2||Flooding:2||Blockchain:2||Scaling function:2||Security:2||Sensor Network:2||Sensor Networks:2||Sensor networks:2||cooperative diversity:2||Adhoc Network:2||Mobile Adhoc wireless sensor networks:2||Patch antenna:2||Mobile IPv6(모바일 IPv6):2||Delays:2||Ad hoc networks:2||Mobile Phone:2||best relay selection:2||Location information:2||Cross layer design:2||Mobile ad hoc networks:2||mobile adhoc wireless sensor networks:2||Mobile AdHoc Networks:2||Mobile adhoc wireless sensor networks:2||Mobile adhoc wireless sensor networks (MAWSN):2||Cooperative routing:2||Mobile computing:2||Geocast:2||Array signal processing:2||HDMAC:2||maximalratio combining:2||Massive MIMO:2||nonorthogonal multiple access:2||LED Communication:2||Two way communication:1||Twoway LEDtoLED communication:1||Uniform circular array antenna:1||Uniform linear array antenna:1||Uplink:1||Urgent Traffic:1||VANET:1||VLC Transmission System:1||VLC based system:1||VMware:1||Visible Light Communication(VLC):1||Visible light communication:1||WIPI:1||Web:1||Web Accessibility:1||Webview:1||Windows CE:1||Wireless Communjcations:1||Wireless information and power transfer (WIPT):1||Wireless network:1||Wireless powered communication networks:1||Wireless sensor networks:1||Worm:1||Zeroboard:1||ad hoc:1||adhoc networks:1||adaptive mesh route selection:1||artificial noise:1||auction:1||audio transmission:1||automatic repeat request (ARQ):1||beamforming scheme:1||bestrelay selection:1||blackhole:1||cellfree massive MIMO:1||channel quality base relay selection scheme:1||closedform expression:1||cognitive mobile ad hoc networks:1||cognitive radio ad hoc networks:1||cognitive radio networks:1||collaborative attack:1||connected dominating set:1||connectivity:1||cooperative networks:1||cooperative relaying:1||cooperative relaying transmissions:1||cooperative trasmission:1||deadlock:1||decode and forward communication:1||deep Qnetwork:1||deep reinforcement learning:1||direct communication link probability:1||direction guided line:1||directional antenna:1||disk communication:1||diversity reception:1||effective transmission range:1||energy consumption:1||energy efficiency:1||energy harvesting (EH):1||ergodic capacity:1||fading environments:1||forwarding angle:1||forwarding scheme:1||full duplex:1||fullduplex networks:1||fullduplex relaying (FDR):1||fuzzy logic:1||geometric probability approach:1||halfduplex relaying (HDR):1||hard combiantion:1||hardware impairment:1||harvested energy based relay selection scheme:1||i.n.i.d. Rayleigh fading:1||intelligent reflecting surface (IRS):1||intercept probability:1||loglikelihood ratio:1||massive MIMO networks:1||maxmin fairness power control:1||maximal ratio combining:1||mobile ad hoc networks:1||mobile ad hoc wireless networks:1||mobile adhoc networks:1||mobile adhoc wireless networks:1||mobile adhoc wireless sensor network:1||mobile clients:1||mobile cloud computing:1||mobility:1||mulirate:1||multichannel:1||multihop:1||multihop IoT networks:1||multihop communication:1||multihop multirelay:1||multihop network:1||multihop paths:1||multihop relaying network:1||multirate:1||multicast routing:1||multihop devicetodevice (D2D) communication:1||multihop networks:1||multihop routing:1||multiple relays:1||multirelay RF energy harvesting cooperative networks:1||multirelay decodeandforward cooperative networks:1||network connectivity:1||network layer:1||neural network:1||node mobility:1||node&apos:1||nonlinear energy harvesting:1||nonconvex:1||nonconvex optimization:1||opportunistic scheduling scheme:1||optimization:1||outage analysis:1||overlay:1||packet delivery ratio analysis:1||partial relay selection:1||path connectivity:1||path probability:1||pathfollowing algorithm:1||performance analysis:1||physical layer security.:1||physicallayer security:1||probability of nonzero secrecy capacity:1||probability of strictly positive secrecy capacity:1||radio frequency energy harvesting technique:1||radio transceivers:1||random waypoint mobility model:1||rayleigh fading:1||realtime monitoring application service:1||reference point group mobility:1||relay:1||relay networks (telecommunication):1||route connectivity:1||s degree:1||s location:1||scheduling schemes:1||shadow fading:1||shortpacket communications:1||signaltointerferenceplusnoise ratio (SINR):1||signaltoleakplusnoise ratio (SLNR):1||sinkhole attack:1||soft combiantion:1||spectrum awareness:1||spectrum efficiency:1||statistical simulation:1||successive convex approximation:1||sum rate maximization:1||sum throughput:1||sumrate maximization:1||telecommunication network reliability:1||telecommunication power management:1||text error correction:1||time switching:1||transceiver hardware impairment:1||transfer learning:1||transmission power:1||transmit antenna selection:1||transmit beamforming:1||ultrareliable lowlatency communications:1||underlay cognitive radio:1||uniform circular array antenna:1||uniform linear array antenna:1||unmanned aerial vehicle:1||user experience:1||user grouping:1||user interface:1||user scheduling:1||user selection:1||visible light communication:1||wireless communications:1||wireless power transfer:1||wireless powered:1||wireless powered communication networks:1||wireless powered transfer:1||wormhole attack:1||공개 API:1||근태관리 시스템:1||데이터 베이스:1||동영상 콘텐츠:1||멀티캐스트 라우팅:1||모바일 adhoc 네트워크:1||보안 취약점:1||스마트폰:1||암호화:1||에드혹 네트워크:1||융합 서비스 모델. GIS:1||전력 절략 전송:1||클러스터링:1||협력 통신:1||Adhoc network:1||Adhoc wireless networks:1||Adhoc 센서 네트워크:1||Adaptive angle management:1||Ant colony optimization:1||Application(App):1||Arduino:1||Aritificial intelligence:1||Artificial noise:1||Audio and Video:1||Audio transmission:1||BER:1||Backoff Windows:1||Belongings:1||Big data:1||Black Box Test:1||Block chain:1||Block error rate:1||Bluetooth:1||Bluetooth controller contents:1||Booky:1||CDN:1||CF mMIMO:1||CQbS scheme:1||CSRF:1||Call Service:1||Cognitive InternetofThings (IoT):1||Cognitive Radio:1||Cognitive Radio Adhoc Networks:1||Cognitive mobile ad hoc networks:1||Cognitive radio adhoc network:1||Cognitive radio adhoc networks:1||Cognitive radio mobile ad hoc network:1||Collective Intelligence:1||Computational complexity:1||Computational modeling:1||Congestion:1||Connectivity:1||Convolutional neural networks:1||Cooperative Communication:1||Cooperative communication:1||Cooperative nonorthogonal multiple access:1||Cooperative nonorthogonal multiple access (NOMA):1||Cooperative transmission:1||Cost function:1||Costs:1||Crosslayer design:1||DDoS Attacks:1||DSN:1||Data base:1||Data mining:1||Database server:1||Deep Neural Network:1||Deep convolutional neural networks:1||Deep learning framework:1||Deep learning neural networks:1||Deep neural networksMassive MIMOPower allocationSignaltoleakplusnoise ratio (SLNR)Signaltointerferenceplusnoise ratio (SINR):1||Detection:1||Digital signage:1||Dijkstra algorithm:1||Distance vector routing:1||Distributed switch and stay combining:1||Distributed switch and stay combining (DSSC):1||Dualhop systems:1||Dynamic Routing:1||Earlybird:1||Eavesdropping attack:1||Edge computing:1||Energy efficiency:1||FANETs:1||Fading channel:1||Federated learning:1||Fullduplex relaying:1||GPS:1||Game theory:1||Games:1||HEbS scheme:1||Hardware impairment:1||Hop Count:1||IDS(Intrusion Detection System):1||IEEE 802.11:1||IPTV:1||IT Convergence:1||Image Comparison:1||Image Share Platform:1||Imperfect channel state information:1||Indoor IoT:1||InterFrame Space:1||Intercept probability:1||Internetof Things:1||Jamming:1||Kinect:1||LEACH:1||LED:1||Local route repair:1||Location Based Service(LBS):1||Locationaware routing protocol:1||Locationbased service:1||Locker management system:1||M2M/D2D communication:1||MAC Protocol:1||MIMO:1||MISO communication:1||MSSQL:1||Malicious bot:1||Malicious code:1||Malware:1||Manufacturing automation:1||Markov chain:1||Mathematical model:1||Mesh:1||Mobile:1||Mobile Adhoc Networks:1||Mobile Adhoc Wireless Network:1||Mobile Adhoc Wireless Networks:1||Mobile Student Identity Card:1||Mobile Wireless Sensor Networks:1||Mobile application. Integrated login application:1||Mobile node&apos:1||Mobile phone:1||Mobile system:1||Mobility models:1||Monitoring system:1||Monte Carlo methods:1||Monte Carlo simulations:1||Mulirate:1||Multi to One:1||Multihop:1||Multihop Paths:1||Multihop multirelay:1||Multihop paths:1||Multiuser multipleinput singleoutput:1||Multimedia transmission:1||Multipath Routing:1||Multiplex Channel:1||Multiresolution:1||Node mobility:1||Node mobility model:1||Notification system:1||OMNET plus plus:1||OMNET++:1||OpenCV:1||Outage Probability:1||Overlay:1||Overlay cognitive radio:1||Path connectivity:1||Performance analysis:1||Physical Layer Security:1||Physical layer:1||Piconet:1||Posture Correction Cushion:1||Power allocation:1||Programmable Robot:1||Qlearning:1||QoS라우팅:1||RF EH technique:1||RF energy harvesting:1||RFenergy harvesting:1||RFID:1||RTLS:1||Raspberry PI:1||Rate adaption:1||Rayleigh fading:1||Realtime monitoring application service:1||Receiving antennas:1||Reconfigurable intelligent surfaces:1||Relay selection:1||Resource Saving:1||Rolling Shutter:1||Route availability:1||Route discovery phase:1||Route life time:1||Route maitainance phase:1||Routing update interval:1||S/PDIF digital audio signal:1||SNS:1||SPICE:1||Safety evaluation system:1||Safety inspection:1||Scaling Function.:1||ServerClient System:1||Shadowbot:1||Shopping Mall:1||Signaltointerferenceplusnoise ratio (SINR):1||Signaltoleakplusnoise ratio (SLNR):1||Smarphone:1||Smart:1||Smart IoT monitoring:1||Smart Phone:1||Smart alarm:1||Smart contract:1||SmartPhone Camera:1||Smartphone:1||Snort:1||Software Testing:1||Solar power generation:1||Solar power generation system:1||Solid modeling:1||Spatial data:1||Spread spectrum communication:1||Stability criteria:1||Stable mesh structure:1||Subband:1||Sybill attacks:1||System performance:1||Test Automation:1||Torch node:1||Transfer learning:1||Transmitting antennas:1||

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