ScholarWorks@Hanyang University: Shin, Dong-Joon

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Shin, Dong-Joon (신동준)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 부호이론, 통신신호처리, 암호학

Tel 02-2220-0353
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peaktoaverage power ratio (PAPR):11||orthogonal frequency division multiplexing (OFDM):11||selected mapping (SLM):6||Orthogonal frequency division multiplexing (OFDM):6||girth:5||lowdensity paritycheck (LDPC) codes:5||blind reconstruction:4||peak to average power ratio (PAPR):4||BCH codes:4||multipleinput multipleoutput (MIMO):3||diversity:3||diversity order:3||BCH code:3||quasicyclic (QC) lowdensity paritycheck (LDPC) codes:3||density evolution:3||Encoding:3||pairwise error probability (PEP):3||Upper bound:2||latticebased cryptography:2||layered decoding:2||partial transmit sequence (PTS):2||peak reduction tone (PRT):2||crosscorrelation:2||low complexity:2||Automotive radar:2||Doppler estimation:2||tone reservation (TR):2||fast Fourier transform (FFT):2||flooding schedule:2||protograph:2||RS codes:2||maximumlikelihood (ML):2||Sequences:2||generator polynomial:2||Generators:2||Crosscorrelation:2||Concatenated codes:2||ratecompatibility:2||Codes:2||minimum Hamming distance:2||relay:2||Iterative decoding:2||Blind detection:2||Decodeandforward (DF):2||Peak to average power ratio (PAPR):2||satellite transmission:2||LDPC codes:2||Galois field:2||sequences:2||Decoding:2||pary msequences:2||side information (SI):2||error floor:2||iterative decoding:2||OCDMA:2||Galois field Fourier transform:2||Decimation:1||Decodeandpartialforward:1||Deep learning:1||Degrees Of Freedom (mechanics):1||Descrambling:1||Design theory:1||Desired Signal:1||Differential correlation:1||Distributed orthogonal spacetime block codes (DOSTBCs):1||Distributed spacetime code (DSTC):1||Distributed turbo code:1||DoF:1||Duplex Relay:1||EM algorithm:1||Electronic mail:1||Error analysis:1||Error correction codes:1||Error performance:1||Errorcorrecting codes:1||Errorcorrecting codes (ECCs):1||Errorcorrecting output codes:1||Eurobalise:1||FMCW radar:1||FMCW with fastramp:1||Fading channels:1||Floatingpoint arithmetic:1||FrodoKEM:1||Fullduplex:1||Fullduplex relaying:1||Fully homomorphic encryption:1||Galois field Fourier Transform:1||GaussJordan elimination through pivoting:1||GaussJordan elimination through pivoting (GJETP):1||Gaussian processes:1||Gray codes:1||HARQ:1||Hadamard codes:1||Halfduplex:1||Hamming distance:1||Homomorphic Comparison:1||Homomorphic Encryption:1||Homomorphic encryption:1||HybridARQ:1||Hypothesis test:1||IAC scheme:1||IC scheme:1||IEEE 802:1||Indexes:1||Interference Alignment:1||Interference management:1||Interfering targets:1||Interleaver:1||Kuser MIMO interference channel:1||Kasami sequences:1||LDPC code:1||Label grouping:1||Linear Independence:1||Linear combining (LC) decoding:1||Linear complexity:1||Linear discriminant analysis:1||Linear span:1||Loglikelihood ratio:1||Low complexity:1||MIMO communication:1||Moving average:1||NIST:1||NSC:1||NSC 부호:1||Network Coding.:1||NewHope:1||Newton interpolation:1||Noise measurement:1||Nonorthogonal decodeandforward (NDF):1||OFDM:1||OOC:1||OPrthogonal Frequency Division Multiplexing (OFDM):1||Orthogonality:1||Overlapped sliding window decoding:1||PAPR:1||PTS:1||Parallel Processing:1||Parity check codes:1||Partial transmit sequence (PTS):1||Peak Reduction Tone (PRT):1||Peak to Average Power Ratio (PAPR):1||Polar codes:1||Power control:1||Private Information Retrievial:1||Quantization (signal):1||Quasicyclic lowdensity paritycheck (QCLDPC) codes:1||Quasistatic:1||RAType LDPC codes:1||RACHless handover:1||RS code:1||RSCC codes:1||RSC:1||Random access memory:1||Random variables:1||Ratecompatible codes:1||Receivers:1||Reconstruction algorithms:1||ReedSolomon (RS) codes:1||ReedSolomon codes:1||Relay onoff threshold (ROT):1||Reliability:1||SC 부호:1||SCLDPC codes:1||SCCC:1||SNR evolution:1||SP decoding:1||SP decoding scheme:1||Scaling factor:1||Selected mapping (SLM):1||Sensors:1||Servers:1||Signal to noise ratio:1||Softdecision values:1||Stopping criteria:1||Storage system:1||Telegram:1||Timeslots:1||Tone Reservation (TR):1||Transforms:1||Transmitters:1||Transponder:1||Turbo Code:1||TwoWay Relay Channel:1||Twoway relay communication:1||TypeII HARQ:1||UIBF decoding:1||Xchannel:1||amplitude phase shift keying:1||antenna arrays:1||belief propagation:1||belief propagation decoding:1||bit error probability:1||bit flipping:1||bitlinear lineardispersion (BLLD) codes:1||blocktype lowdensity paritycheck (BLDPC) codes:1||broadcasting systems:1||channel:1||channel coding:1||channelstateinformation at the transmitters:1||circulant matrices:1||code rate:1||compressed sensing (CS):1||consecutive roots:1||convergence:1||convergence speed:1||cooperative communications:1||correlation:1||correlation (CORR) metric:1||crosscorrelation distribution:1||cyclic codes:1||cyclic difference families (CDFs):1||cyclic difference sets:1||cyclic redundancy check:1||decimation:1||decodeandforward (DF):1||decoded codeword:1||decoding:1||decoding complexity:1||decryption failure rate:1||degrees of freedom:1||density evolution technique:1||density mirroring:1||depthfirst search algorithm:1||digital video broadcasting:1||distributed spacetime code (DSTC):1||diversity reception:1||efficient encoding:1||error dependency:1||error floors:1||error probability:1||errorcorrecting codes (ECCs):1||errorcorrection codes:1||extending scheme:1||false alarm rate:1||flash memory:1||frame synchronization:1||galois field:1||galois field fourier transform:1||generator polynomials:1||halfduplex relay:1||halfduplex relaying:1||handover latency:1||high power amplifier (HPA):1||highrate systematic LDPC codes:1||homomorphic floatingpoint arithmetic:1||homomorphic overflow detection:1||hybrid automatic repeat request (HARQ):1||hybrid automatic repeat request(HARQ):1||inevitable cycle:1||intercarrier interference:1||interference alignment (IA):1||interference alignmentandcancellation scheme:1||interference suppression:1||interleaver:1||inverse fast Fourier transform (IFFT):1||iterative coarsetofine search algorithm:1||key encapsulation mechanism:1||keyencapsulation mechanism (KEM):1||ldensity:1||learning with errors (LWE):1||low computational complexity:1||lowcorrelation zone (LCZ) sequences:1||lowpower LDPC decoder:1||lowerbound:1||makebeforebreak:1||maximum a posteriori (MAP) bit detection:1||maximumlikelihood (ML) decoder:1||messagepassing decoding:1||military surveillance system:1||minimization problem:1||minimum mean square error (MMSE):1||misdetection probability:1||multicode multipleinput multipleoutput (MIMO):1||multiple antennas:1||multipleedge protograph:1||mutual information:1||network capacity:1||network coding:1||network scalability:1||network throughput:1||nonorthogonal decodeandforward (NDF):1||nonlinear channel:1||nonuniform quantization:1||normalized minsum algorithm:1||orthogonal frequencydivision multiplexing (OFDM) radar:1||oversampling:1||pary msequence:1||packing design:1||pairwise error probability:1||parabolic peak cancellation (PPC):1||parameter optimization:1||parity check codes:1||partial CSIT:1||partial Chase combining:1||phase offset:1||polar codes:1||positioning:1||postprocessing:1||postquantum cryptography:1||postquantum cryptography (PQC):1||power allocation:1||product codes:1||protograph codes:1||quadrature amplitude modulation (QAM):1||quasicyclic (QC) codes:1||quasicyclic (QC) codes:1||quasiorthogonal spacetime block codes:1||quaternary sequences:1||random row permutation:1||rank calculation:1||rate compatibility:1||ratecontrol schemes:1||receive antennas:1||receiving antennas:1||recursive systematic convolutional (RSC) codes:1||relaxation:1||relay network:1||relay selection:1||relayaided interference alignment:1||reliability:1||repeataccumulatetype lowdensity paritycheck (RAType LDPC):1||ringlearning with errors:1||seamless mobility:1||security:1||security information system:1||selfoptimization:1||sequence:1||sequential decoding:1||shaping gain:1||single device data correction (SDDC):1||singleerror correction:1||small cells:1||softdecisionandforward (SDF):1||source antenna switching (SAS):1||spacetime bitinterleaved coded modulation (STBICM):1||splitting:1||stopping criteria:1||stopping sets:1||subgaussian error analysis:1||successive cancellation decoding:1||sum product decoding:1||symbol error probability:1||symbolbysymbol decoding:1||systematic LDPC codes:1||threeuser multiinputmultioutput interference channel:1||tone reservation rate (TRR):1||transmit antenna selection (TAS):1||transmit power allocation:1||trapping sets:1||turbo codes:1||twoway relay channel:1||ultradense networks:1||union bound:1||unreliability based information bit flipping:1||upper bound:1||wireless local area network (WLAN):1||zerocorrelation zone (ZCZ) sequences:1||가변 부호율:1||계층적 복호:1||연접부호:1||저장 장치:1||천공 RSC 부호:1||파워 할당양방향 중계 채널중계 노드네트워크 코딩분산 터보 부호:1||플러딩 스케쥴:1||sequence:1||확장 기법:1||16e standard:1||2D optical orthogonal codes:1||2DFFT:1||5G mobile networks:1||ACCAODMA CFAR:1||Active constellation extension (ACE):1||Additive mapping sequences:1||Adversarial robustness:1||Alamouti code:1||Amplifyandforward (AF):1||Amplifyandforward Mode:1||Asymmetric channel:1||Asymptotic analysis:1||Automatic censoring:1||BCH 부호:1||BGV Cryptosystem:1||BP 복호:1||Bandwidth efficiency:1||Bidirectional message update:1||Bit error probability (BEP):1||Bitmapping scheme:1||Blind classification:1||Blind selected mapping (BSLM):1||Block dualdiagonal (BDD) structure:1||Block error probability:1||Blocktype LDPC codes:1||Blocktype LDPC 부호:1||Boxplus operation:1||CACFAR:1||CRC:1||CZZ codes:1||ChernoffCramer bound:1||Chisquare goodnessoffit test:1||ClassIII selected mapping (SLM):1||Classification:1||Clipping noise:1||Code length:1||Combinatorial design:1||Combineddecodability:1||Component:1||Computational complexity:1||Constellation:1||Convolutional code:1||Convolutional codes:1||Cooperative Communication:1||Cooperative communication networks:1||Cooperative diversity:1||Correlation:1||Crosscorrelation distribution:1||Cryptographic Protocol:1||Cubic metric (CM):1||Cyclic redundancy check (CRC):1||Cyclic redundancy check codes:1||DRAM systems:1||Data shortening:1||

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