ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Choi, Young chol

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Choi, Young chol (최영철)

Ocean and Maritime Digital Technology Research Division

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Tel 042-866-3833
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QPSK:6||underwater acoustic communicat:6||Underwater acoustic networks:4||이동 애드혹 네트워크:3||array signal processing:3||timevarying channel:3||ondemand routing protocol:3||온디맨드 라우팅 프로토콜:3||Mobile adhoc network:3||Multiband network:2||Protocols:2||네트워크 선택:2||TDMA:2||Sea experiment:2||link budget:2||멀티대역 네트워크:2||Multifunction Console:2||maritime networks:2||선박용 애드혹 네트워크:2||Hybrid MAC Protocol:2||IMIT:2||AIS:2||shipborne adhoc network (SANET):2||INS:2||ambient noise:2||Underwater Acoustic Communicat:2||network selection:2||Underwater Acoustic MAC:2||해상네트워크:2||Underwater Acoustic Network:2||Medium access control:2||underwater acoustic communication:2||underwater acoustics:2||Software implementation:2||Human Computer Interaction:2||Routing:2||broadcast storm problem:2||Frame Synchronization:1||Frame detector:1||Frequency band:1||Frequency offset:1||General Purpose Signal Process:1||Image Fusion:1||Image Preprocessing:1||Inspection with xrays:1||Interference avoidance:1||Inverse scattering:1||Latency minimization:1||Latticereduction (LR)aided precoding:1||Limitedfeedback:1||Linear multipleinput multipleoutput (MIMO) detection:1||Longrange underwater communications:1||Lookup Table:1||Msequence:1||MAC:1||MIMO:1||Main Engine Control:1||Marine animals:1||Modulation Parameter:1||Multitouch:1||Multiuser (MU)MIMO cellular twoway relay channel (cTWRC):1||Navigation Support:1||Network:1||Next Generation Ship:1||OFDM:1||Optimal implementation:1||Optimization:1||PLL:1||Phase locked loops:1||Phase offset:1||Phase tracking loop:1||Port Environment:1||Port Security:1||Posegraph optimization:1||Punctured Convolutional Code:1||Quality Assessment:1||RADAR:1||Resource management:1||Richardson extrapolation:1||Robot sensing systems:1||Robustness:1||SONAR:1||Schur algorithm:1||Sensors:1||Servers:1||Shipboard Integrated Platform:1||Shortrange underwater communications:1||Signal design:1||Signal to interference and noise ratio (SINR):1||Singlehop Network:1||Spectrum sensing:1||Star Topology:1||Symbols:1||Synchronization:1||Timeinvariant:1||Transmission:1||Transmitters:1||Ultrashort baseline:1||Unslotted CSMA:1||Underwater:1||Underwater Acoustic Networks:1||Underwater Communication:1||Underwater Data Modem:1||Underwater acoustic communication:1||Underwater acoustic equipment:1||Underwater acoustics:1||Underwater communication:1||Unmanned surface vehicles:1||Unmanned underwater vehicles:1||User Requirement:1||Viterbi decoder:1||absorption coefficient:1||achievable sumrate:1||adaptive decision feedback equ:1||angle of arrival:1||angular resolution:1||array sensor:1||asymmetric propagation delay:1||bandwidth to carrier ratio:1||beamforming:1||binary channel code:1||bit error rate:1||braodband beamformer:1||burst:1||capacity:1||channel access:1||channel modeling:1||code division multiple access:1||cognitive radio:1||computational complexity:1||connectivity:1||dataaided:1||decodeandforward (DF):1||decodeandforward relaying:1||decoding depth:1||deep learning:1||delay minimization:1||delay spread:1||discrete layer peeling algorit:1||doppler spread:1||edge AI:1||energy efficiency:1||fractional bandwidth:1||frequency compensation:1||horizontal array:1||inverse scattering:1||limited sensing time:1||linear precoding:1||link margin:1||medium access control:1||mobile adhoc network:1||mobile edge computing:1||mobile underwater acoustic sensor networks (MUASNs):1||multiinput multioutput:1||multipath environment:1||nested lattice codes:1||node density:1||noise temperature:1||numerical accuracy:1||numerical extrapolation:1||ondemand routing:1||oneway message exchange:1||passive acknowledgement:1||physical layer network coding:1||protocol:1||pseudonoise code:1||pulse amplitude modulation:1||ray tracing:1||rayleigh fading:1||realtime channel simulator:1||reception time difference:1||recursive least squares:1||reflection coefficient:1||resource allocation:1||routing:1||routing overhead:1||shallow water:1||signal to interference noise r:1||source detection:1||spreading factor:1||task offloading:1||timedivision multiple access (TDMA):1||transmission loss:1||trasmission:1||uncertainty of location:1||underwater:1||underwater acoustic time synchronization:1||underwater communication:1||underwater remote sensing:1||user association:1||virtual destination:1||wideband beamformer:1||가상 위치:1||결정궤환 등화기:1||노드 밀집도:1||다중 경로:1||디지털 선박:1||브로드캐스트 스톰 문제:1||비트 오율:1||수동 확인 응답:1||수중음향모뎀:1||수중음향통신:1||연결성:1||위치 불확실성:1||자율무인잠수정:1||적응 광대역 빔형성기:1||적응 등화기:1||천해:1||data transfer:1||AODV:1||Accuracy Prediction:1||Acoustic:1||Acoustic Communication:1||Acoustic Comunication:1||Acoustic Simulator:1||AdHoc Networks:1||Adhoc:1||Adaptive Equalizer:1||Adaptive equalizers:1||Animals:1||Artificial intelligence:1||Bandwidth to carrier frequency ratio (BCR):1||Batteries:1||Bridge Maneuvering:1||Broadband beamforming:1||CCTV:1||Code length:1||Cognitive networks:1||Convolutional Neural Network:1||Cooperative navigation:1||Crosslayer:1||DOA estimation:1||Decision Support:1||Delay:1||Delays:1||Detection of contraband and drugs:1||Digital Ship:1||Digital modulator:1||Digital signal processing:1||Digital signal processors:1||Dolphins:1||Doppler:1||Doppler shift channel:1||Energy consumption:1||Frame Synchronizatio:1||

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