ScholarWorks@SUNGKYUNKWAN UNIVERSITY: KIM, SANG HYO

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KIM, SANG HYO (김상효)

Information and Communication Engineering (Electronic and Electrical Engineering)

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polar codes:8||Polar codes:8||sequences:5||quaternary sequences:5||multipleinput multipleoutput (MIMO):4||Receivers:4||Codes:4||outage probability:4||deep learning:4||selfinterference cancellation:3||cellular networks:3||Decoding:3||Iterative decoding:3||Devicetodevice (D2D):3||Signal to noise ratio:3||Modulation:3||Lowdensity parity check codes:3||fractional frequency reuse (FFR):3||density evolution:3||false alarm:3||Reliability:2||reciprocal channel approximation:2||deep neural network:2||reliability analysis:2||Huffman coding:2||Beamforming:2||low correlation zone (LCZ):2||s Hfunction:2||detection metric:2||Bit error rate:2||mafia fraud:2||Optimization:2||maximal length sequence:2||distance bounding protocol:2||distance fraud:2||ITLinQ:2||molecular communication:2||distributed storage systems:2||successive cancellation list decoding:2||Perturbation methods:2||synchronization word:2||BICM:2||Full duplex radio:2||Polar code:2||binary noise:2||Interference:2||Spatially coupled LDPC codes:2||noncooperative communication:2||Correlation:2||blind communication:2||windowed decoder:2||Standards:2||orthogonal spacetime block codes (OSTBC):2||frame recognition:2||path metric:2||QSCDMA:2||frame syncword detection:2||perturbation decoding:2||LCZ sequence sets:2||Synchronization:2||channel coding:2||channel estimation:2||Throughput:2||intersymbol interference:2||code modification:2||LDPC code:2||RFID:2||Energy harvesting:2||Blind detection:2||Rayleigh channels:2||Gray mapping:2||Blind frame synchronization:2||data preprocessing:2||Link scheduling:2||6G:2||rate matching:2||Least mean square (LMS) prediction:1||Linear codes:1||Logic gates:1||Loglikelihood ratio (LLR):1||Lossless compression:1||Low correlation zone sequence:1||Low density parity check codes:1||MIMO:1||MIMO communication:1||MTTDL:1||Mathematical model:1||Mathematical models:1||Message passing:1||Mobile network operators:1||Molecular communication:1||Molecular communication (telecommunication):1||Molecular communications:1||Multiuser detection:1||Multiweight circulant matrices:1||Multipleinput multipleoutput (MIMO):1||Multiplexing:1||Nakagami channels:1||Nakagamim channel:1||Neural network:1||Nonorthogonal multipleaccess (NOMA):1||OFDM modulation:1||OP:1||Outage probability:1||Overlapping matrix:1||Partially information coupled codes:1||Phase change materials:1||Physical cell identification:1||Power line communications:1||Probability density function:1||Puncturing:1||QAM:1||Quadrature amplitude modulation (QAM):1||Quasicyclic (QC) lowdensity paritycheck:1||Quaternary sequence:1||RX:1||Rayleigh channel:1||Recurrent neural networks:1||Reduced search:1||ReedMuller codes:1||Reinforcement learning:1||Resource selection:1||Rician channel:1||Rician channels:1||SC LDPC codes:1||SCL decoder:1||SER:1||Scheduling backoff:1||Sequences:1||Signal processing algorithms:1||Signal set:1||SlepianWolf 부호화(SlepianWolf coding):1||Source polarization:1||Source revealing:1||Spacetime codes:1||Spectrum sharing:1||Streaming media:1||SubTHz:1||Successive cancellation decoding:1||Symbols:1||TX:1||Training:1||Transceivers:1||Trellis tone modulation multipleaccess (TTMMA):1||Variablegain relay:1||Video coding and Processing:1||Wiener filter:1||Windowed decoder:1||Wireless communication:1||WynerZiv video coding:1||X channel:1||ZCZ sequence sets:1||ad hoc networks:1||allornothing transform (AONT):1||amplify and forward communication:1||array signal processing:1||authentication:1||autocorrelation:1||average capacity:1||average symbol error rate:1||balance property:1||base station power:1||belief propagation decoding:1||binary IMap matrix:1||binary domination:1||binary pseudo random sequences:1||bit error rate:1||bitinterleaved coded modulation:1||bitinterleaved coded modulation (BICM):1||blind detection:1||blind protection:1||block fading channels:1||block permutation:1||burst erasure channels:1||cascade yielding problem:1||cell size:1||channel polarization:1||coding sequence:1||columntwist interleaving:1||compatibility:1||complementary sequence sets:1||correlation:1||correlation metric:1||cyclic redundancy check:1||data communication:1||data traffic:1||decodeandforward relay:1||decoding termination:1||deep neural network(DNN):1||degrees of freedom (DoF):1||demapper:1||devicetodevice communication technology:1||discovery:1||distance threshold:1||distributed link scheduling schemes:1||diversity alignment:1||drift:1||dualhop amplifyandforward relaying system:1||dualhop variablegain relaying:1||dynamic frozen bits:1||dynamic random access memory (DRAM):1||early termination:1||energy detection:1||error correcting codes (ECC):1||errorcorrecting codes:1||extension:1||fast fading:1||feedback delay:1||flip decoding:1||fox&apos:1||frequency allocation:1||frequency reuse:1||full FR coverage:1||full frequency reuse coverage:1||generalized root protograph lowdensity paritycheck (GRP LDPC) codes:1||hybridaccess point (HAP):1||hybridautomatic request with incremental redundancy (HARQIR):1||inhomogeneous diffusion:1||interference alignment (IA):1||interference suppression:1||interlink interference avoidance:1||inverse Gray mapping:1||joint source and channel coding:1||kappa  mu shadowed fading:1||latin square:1||layered decoding:1||lesscapable check node (LCN):1||licensed spectrum:1||lifetime molecule:1||linear potential:1||link scheduling:1||locally repairable codes:1||loglikelihood ratio:1||loglikelihood ratio (LLR)based decoding:1||low correlation zone:1||lowdensity parity check codes:1||lowdensity paritychec:1||lowdensity paritycheck (LDPC) codes:1||machine learning:1||matrix algebra:1||minsum (MS) decoding:1||minimum Hamming distance:1||mobile communication standard:1||modulation and coding:1||molecular noise:1||multiantenna systems:1||multiple CRC codes:1||multiple access channel:1||multiple antennas:1||nested scheduling:1||neural belief propagation:1||neural minsum (NMS) decoding:1||neural network:1||neural network decoder:1||neural networks:1||nonlinearity estimation:1||onoff interference map:1||optimization:1||orthogonal frequency division multiplexingbased synchronous D2D communication:1||orthogonal space–time block codes (OSTBC):1||paritycheck codes:1||partial order:1||partial protection:1||performance analysis:1||periodic complementary sequence (PCS) sets:1||perturbationbased decoding:1||powersplittingbased relaying:1||probability:1||progressive source:1||protograph:1||protograph BICM ensemble:1||protograph LDPC codes:1||protograph extrinsic information transfer (PEXIT):1||protographbased codes:1||pseudorandom:1||puncturing:1||puncturing scheme:1||puncturing.:1||quasisynchronous (QS) CDMA:1||quasisynchronous code division multiple access (QSCDMA):1||radio links:1||radio receivers:1||radio transmitters:1||radiofrequency interference:1||rate adaptation:1||receiver:1||receptor space.:1||relay networks (telecommunication):1||repetition:1||repetition code:1||resource management:1||resource reuse:1||root protograph (RP) LDPC codes:1||scheduling rate adaptation:1||secret key cryptography:1||short packet communication.:1||shortening:1||simplex kernel:1||single error correctiondouble error detectiondouble adjacent error correction (SECDEDDAEC):1||singleparticle dynamics):1||spacetime codes:1||spatial coupling:1||structural extension:1||successive cancellation:1||sumproduct algorithm:1||symmetric key cryptography:1||telecommunication scheduling:1||testbed:1||the Korean Institute of Communications and Information Sciences (KICS):1||throughput:1||time architecture (DBLAST):1||timevarying channel:1||transfer learning:1||transmitter:1||ultrareliable and low latency communication:1||ultrareliable and low latency communications:1||validation check:1||vertical Bell Labs space–time architecture (VBLAST):1||vertical Bell Labs spacetime architecture (VBLAST):1||wireless ad hoc communication network:1||wireless powered communication network (WPCN):1||zero correlation zone (ZCZ):1||zeroforcing receiver:1||νμ fading channels:1||극부호(polar  codes):1||부호율 적응성(rateadaptivity):1||분산 소스 부호화(distributed source coding):1||(LDPC) codes:1||연속 제거 리스트 복호(successive cancellation list decoding):1|| fading channels:1||3GPP:1||5G:1||AI:1||Absorbing boundary:1||Accelerator Subsystems and Technologies:1||Accelerator modelling and simulations (multiparticle dynamics:1||Ad hoc network:1||Adaptation models:1||Adaptive modulation and coding (AMC):1||Aerial base stations:1||Anomalous diffusion:1||Approximation algorithms:1||Artificial neural networks:1||Autocorrelation property:1||Average capacity:1||Bandwidth:1||Base station power:1||Beam dynamics:1||BernoulliGaussian model:1||Beyond 5G:1||Binary sequences:1||Bit interleaved coded modulation (BICM):1||Block fading:1||CDMA:1||CRC codes:1||Cellular networks:1||Channel coding:1||Channel estimation:1||Channel polarization:1||Channel quality indicator (CQI):1||Channel state information:1||Complexity theory:1||D2D communications:1||DL:1||DNA codes:1||Decoder structure:1||Deep learning:1||Degradation:1||Degree1 syndrome:1||Demapper:1||Devicetodevice communication:1||Diagonal Bell Labs space:1||Digital video broadcasting (DVB):1||Discovery:1||Distributed source coding:1||Distributed source coding (DSC):1||Downlink:1||Dualhop amplifyandforward relay:1||Electronic warfare:1||Encoding:1||Entropy:1||Estimation:1||Feedback delay:1||FlahLinQ:1||FlashLinQ scheduling scheme:1||Flexible low correlation zone:1||Fox&#x2019:1||Frequency conversion:1||Fullduplex communication:1||Generalized lowdensity paritycheck (GLDPC) code:1||GilbertElliot channel:1||Golay complementary sequence:1||HARQ:1||Hadamard matrix:1||Hybrid automatic repeat request (HARQ):1||IDMA:1||IP networks:1||Impulse noise channels:1||Incineration:1||Indexes:1||Interference cancellation:1||LDPC:1||Layered decoding:1||Layout:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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