ScholarWorks@Hanyang University: Park, Sung kwon

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Park, Sung kwon (박승권)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 디지털통신 및 방송시스템

Tel 02-2220-0367
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IPTV:5||Humanoid:5||Simple structure:4||videoondemand:4||IGMP:4||Videoondemand:4||invehicle network (IVN):3||IP multicast:3||HFC:3||Bandwidth:3||wiring harness:3||Video analysis:3||domainbased IVN architecture:2||OTA:2||endtoend delay:2||energy saving:2||time slicing:2||Video delivery:2||timesensitive networking:2||Sensor network:2||hybrid architecture:2||IEEE 802.1 AVB:2||VoD:2||invehicle network:2||video delivery:2||Ethernet AVB:2||Invehicle network:2||Shot detection:2||load balancing:2||Internet group management protocol:2||zonal architecture:2||zonalbased IVN architecture:2||Network:2||Pagoda staggered broadcasting:2||Browsing behavior:2||Corner detection:2||TSN:2||TimeSensitive Network:2||Linear predictive coding:2||neural network:2||IRN:2||RoIP:2||channel switching delay:2||Power saving class:2||IEEE 802.1 TSN:2||CATV:2||Actuator network:2||content delivery network:2||Humanoid robots:2||Broadcasting:2||Scheduled traffic:2||domain architecture:2||ECU:1||EVCC Message Timeout:1||EVCC Message Timer:1||Efficiency:1||Electric Vehicle charging:1||Energy efficient:1||Ethernet:1||Ethernet Network:1||Ethernet Type:1||Ethernet networks:1||Extended PIMSM:1||FRER:1||FTTH:1||Fast staggered broadcasting scheme:1||G3:1||GEPON:1||GM Sequence Table:1||GNSS:1||GPON:1||Global Navigation Satellite System:1||HTTP streaming:1||Home gateway:1||HomePlug GP:1||Hotvideo:1||Huffman coding:1||Human motion behavior:1||Hybrid fiber coaxia:1||Hybrid fiber coaxial cables:1||IEEE 802.1 AVB (AVB):1||IEEE 802.1 CB:1||IEEE 802.1 Ethernet Audio/Video Bridging:1||IEEE 802.1 TSN (TSN):1||IEEE 802.11p:1||IEEE 802.16e:1||IEEE 802.16e/m:1||IEEE 802.1CB:1||IEEE 802.3bp:1||IEEE 802.3cg:1||IEEE 802.3ch:1||IEEE802.1 Qat:1||IP network:1||IP networks:1||ISO 9241 standards:1||ISO/IEC 15118 standard:1||IVN:1||Image processing:1||In Vehicle Network (IVN):1||InRobot Network:1||InVehicle Network:1||InVehicle Network (IVN):1||InVehicleNetwork:1||Inrobot Network:1||Interactive TV (iTV):1||Kalman filter:1||Korean Word Recognition:1||LLC DSAP:1||Lane detection:1||Logical Link ID:1||Low bitrate channel:1||MEPGtoIP:1||Medium Access Control (MAC):1||Mobile IPTV:1||Mobile TV:1||Mobile WiMAX:1||Mobile communication network:1||Mobile service provider:1||Mobile wimax:1||Multigiga transmission:1||Multicast:1||Muscles:1||NScreen:1||Near field communication (NFC):1||Network architecture:1||Network requirements:1||Network simulation:1||Neurons:1||Nonlinear quantization:1||Nonlinear quantization coding:1||OAM:1||OBDII:1||OCR:1||ODMRP:1||OMNET:1||ORI:1||Ondemand cloud computing:1||OpenCable:1||Operator Identification:1||Original equipment manufacturer:1||PIMSM:1||PLC:1||PSI:1||Packet capture effect:1||Partial caching:1||Peripheral nervous system:1||Popularity:1||PortID:1||Position estimation:1||Preemption:1||Program channel change:1||Protocols:1||Proxy server:1||QoS1:1||Quality of service:1||QualityofService (QoS):1||Quantization (signal):1||RF overay:1||RF signals:1||RF/PON:1||RFoG:1||RPT:1||RTK:1||RTKLIB:1||Raspberry Pi:1||RealTime Kinematic:1||Realtime system:1||Reconfiguration:1||Reconnection:1||Redundancy path:1||Rendezvous point:1||Robot:1||Robot sensing systems:1||Robots:1||SDH:1||SECC Sequence Timeout:1||SECC Sequence Timer:1||SI:1||SPT:1||Secondary Actor:1||Selfdriving car:1||Serial MDTRP:1||Server virtualization:1||Setupbox:1||Skin:1||Software Update:1||Staircase Staggered broadcasting scheme:1||State transition overhead:1||Static Announce:1||Stream reservation:1||Streaming multimedia:1||Throughput:1||TimeSensitive Network (TSN):1||Timesensitive network:1||Tsn profile:1||Up/down sampling:1||Uplink:1||User experience:1||User interest:1||Useroriented vehicle charging service:1||V2G Communication:1||V2X communication:1||Variable group of picture (GOP):1||Vehicle Management:1||Vehicle charging information profile:1||Vehicular communication:1||Videoondemand efficiency:1||Viewer&apos:1||WAVE:1||Waiting time:1||Word Segmentation:1||asymmetric data transmission:1||audio Video Bridging (AVB):1||autonegotiation:1||autonomous driving:1||bData:1||bReader:1||bTag:1||bit rates:1||block scaling:1||browsing behavior:1||burst scheduling:1||call admission control (CAC):1||channel capacity throughput delay:1||channel change response time:1||charging application:1||cloud computing:1||cognitive radio (CR):1||compression method:1||concurrent user number:1||content video storage:1||delay:1||diffraction loss:1||domain IRN architecture (DIRA):1||earliest deadline first (EDF):1||elliptical basis function:1||failsafe software:1||guard band:1||harmonic staggered broadcasting scheme:1||humanoid:1||inrobot network:1||inrobot network (IRN):1||inverse multiplexing:1||layered streaming:1||length:1||linear prediction coefficients:1||linear predictive coding:1||lradio over IP:1||mBus:1||maximum unavailability interval:1||medium access control (MAC):1||mobile TV:1||mobile VOD streaming:1||mobile tv:1||motor:1||multimedia content:1||multiple edge diffraction:1||network survivability:1||nextgeneration SONET:1||orthogonal frequency division multiple access (OFDMA):1||passive optical network:1||path loss prediction:1||perception:1||pointing devices:1||remote control unit (RCU):1||requirement:1||robot sensor network:1||s waiting time:1||scheduling algorithms:1||selfconfigurable resource management:1||sense:1||service provisioning:1||settop box:1||simple structure:1||simulation:1||surrogate server:1||system architecture:1||timesensitive network:1||timeweighted popularity index:1||timeweighted video popularity:1||up/dowm sampling:1||user interest:1||userinterest:1||vehicle network:1||vehicle sensors:1||videoondemand efficiency:1||virtual concatenation:1||voice activity detection:1||weight:1||wiring length:1||wiring weight:1||zonal IRN architecture (ZIRA):1||zonebased IVN architecture:1||광학 문자 인식:1||단어 분리:1||딥러닝:1||멀티캐스트 라우팅 프로토콜:1||모바일 네트워크:1||애드 혹 네트워크:1||애드 훅 네트워크:1||한글 단어 인식:1||5G communications:1||합성곱 신경망:1||ACMRP:1||Accurate position estimation:1||Actuators:1||Adaptive streaming:1||Application virtualization:1||Audio/Video Bridging:1||Automotive:1||Automotive Ethernet:1||Automotive electronics:1||Autonomous driving:1||Autonomous vehicle:1||BMCA:1||Backbone network:1||Bandwidth efficiency:1||Bandwidth requirements:1||Bit rates:1||Bitrate calculation:1||Broadband network:1||Buffer requirement:1||Buffer requirements:1||Burst scheduling:1||CRAN:1||CATV network:1||CDNSim:1||CM:1||CMTS:1||CNN:1||CPRI:1||Cable TV:1||Cerebrum:1||Channel Change Response Time:1||Channel change time:1||Channel efficiency:1||Code Version Table:1||Cognitive Radio (CR):1||Compression:1||DOCSIS:1||DSID:1||DTC:1||Dash:1||Data compression:1||DeRegistration:1||Deep Learning:1||Delay:1||Delays:1||Diagnostic Communication over Internet Protocol (DoIP):1||Digital Cable Broadcasting:1||Dividing coefficient:1||Driving assistant:1||Dual PHY:1||Dualpath method:1||

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