ScholarWorks@Hanyang University: Yoon, Dongweon

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Yoon, Dongweon (윤동원)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 디지털통신/무선통신/우주통신

Tel 02-2220-0362
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automatic modulation classification:9||Estimation:8||OFDM:8||Blind detection:8||MIMO:7||noncooperative context:7||Channel estimation:6||BER:6||orthogonal frequency division multiplexing:6||OFDMA:6||blind estimation:5||spectrum surveillance:5||interleaver:5||Space communications(우주 통신):4||Linear feedback shift register:4||Bit error rate:4||Spread spectrum communication:4||Bit error rate (BER):3||estimation:3||linear feedback shift register:3||remote sensing:3||I/Q imbalance:3||Resource allocation:3||KolmogorovSmirnov test:3||deep neural network:3||probability of error:3||Phase shift keying:3||I/Q unbalance:3||tactical data link:3||.:3||Adaptive threshold:3||ICI:3||Quadrature amplitude modulation:3||Mary phaseshift keying (MPSK):3||Impulsive noise:3||interference:3||Electronic Warfare:3||Frequency allocation:3||cognitive radio:3||Doppler spread:3||Receivers:3||Linearity:3||Resource Allocation:2||decodeandforward:2||Bit error probability:2||selfsynchronous scrambler:2||Hierarchical MPSK:2||MIMO systems:2||ML detection:2||Digital signal processor(디지털 신호 처리기):2||MPSK:2||Container:2||signal intelligence:2||Machine learning:2||Docker:2||Side information:2||error probability:2||soft metric:2||Cell Planing:2||Mobile:2||fading channel:2||Bit error rate(비트 오류 확률):2||Space communications:2||Mobility:2||Electromagnetic Spectrum Operations:2||flat fading:2||Spectral efficiency:2||I/Q phase unbalance:2||gaussian elimination:2||Monte Carlo simulations:2||Cellular System:2||Multiuser OFDM system:2||Automatic modulation classification:2||Nakagamim fading:2||interchannel interference:2||Synchronous scrambler:2||Telemetry data:2||Throughput(전송률):2||Amplitude phase shift keying:2||Noise measurement:2||iterative decoding:2||Turbo Code:2||Interleaver:2||Clipping:2||link margin(링크 마진):2||USN(1339):2||전자전:2||Adaptive symbol selection scheme:2||log likelihood ratio (LLR):2||WApplE.js:2||Fading channels:2||Cumulant:2||low probability of intercept:2||Feedback polynomial:2||Zigbee:2||msequence:2||machine learning:2||PAN:2||Kubernetes:2||KullbackLeibler divergence (KLD):2||Lband:2||Partial Retransmission:2||Fixed Relay:2||Phase error:2||modulation(변조):2||Blind estimation:2||Licenses:2||Codes:2||Probability of error:2||block code:2||normalized mean square error:2||channel coding(채널 부호화):2||QAM:2||GammaGamma fading channels:2||outage probability:2||Link margin(링크 마진):2||QRDM detection:2||phase error:2||BerlekampMassey algorithm:2||Deep neural network:2||Deep space communication(심우주 통신):2||Deep space communications(심우주 통신):2||Lunar exploration(달 탐사):2||communication forensic:2||RMSE:2||Lunar explorations(달 탐사):2||convolutional interleaver:2||convolutional neural network:2||Deep space network(심우주 지상국):2||HARQ:2||radiation pattern:2||Deferred NAK mode:2||Rayleigh fading channel:2||rank deficiency distribution:2||Computational complexity:2||Monte Carlo methods:1||Multicell wireless system:1||Multiuser OFDM:1||NOMA:1||Nakagamim fading channels:1||National Intelligence:1||Navigation Receiver Unit:1||Networked Control System:1||Nonlinearity:1||Nonlinear HPA:1||OBP(온보드프로세싱):1||Object recognition:1||Openloop spatial multiplexing:1||OpenCL:1||Orthogonal Frequency Division Multiplexing (OFDM):1||Orthogonal frequency division multiplexing:1||PAPR:1||PAPR reduction:1||PSK:1||Parameter estimation:1||Peak Cancellation:1||Phase noise:1||Photonic crystal fiber:1||Pilot tones:1||Probability:1||Probability density function:1||Pseudo noise:1||Psuedo Noise Ranging:1||Public Cloud:1||QRDM:1||QRDM algorithm:1||Quadrature amplitude modulation (QAM):1||Quantization Level(양자화 레벨):1||Quasi orthogonal designs:1||RAS interface:1||REC:1||ROS2:1||Radar waveform recognition:1||Radiation pattern:1||Radio transmitters:1||Ranging:1||Rayleigh fading:1||Reed Solomon codes:1||ResNet:1||Robot:1||SER:1||SLM:1||Satellite Tracking:1||Satellite communications:1||Satellite control:1||SelfBalancing Robot:1||Selfbalancing Robot:1||Selfsynchronous scrambler:1||Shape:1||Signal Constellation:1||Signal Intelligence:1||Signal estimation:1||Single mode:1||Singleantenna port:1||Space Communications:1||Spacetime block codes (STBC):1||Spatial correlation matrix:1||Spread spectrum:1||Statistical analysis:1||Statistical feature:1||Subcarrier allocation:1||Support vector machine:1||Support vector machines:1||Symbol error probability:1||Symbol error rate:1||Symbol unit channel codes:1||Symbol unit interleavers:1||Tactical Communication Network:1||Training:1||Transmission mode:1||Transmit diversity:1||Turbo code:1||Twodimensional modulation:1||User throughput:1||Vehicular radar:1||Vertical handoff decision:1||WiBro base station:1||YAML:1||Zero forcing receiver:1||Zeroforcing beamforming:1||adaptive beamforming:1||adaptive layer:1||adaptive symbol selection scheme:1||amplitude phase shift keying:1||amplitude phase shift keying (APSK):1||anomaly detection:1||antijam:1||antijamming:1||array signal processing:1||automatic modulation classification (AMC):1||bit error rate:1||bit error rate (BER):1||bitstosymbol mapping:1||blind modulation recognition:1||blind parameter estimation:1||block interleaver:1||carrier frequency offset:1||channel codes:1||channel estimation:1||channel estimation error:1||classification:1||classification algorithms:1||clipping:1||clipping method:1||cochannel interference:1||collision:1||combined hightemperature and light test:1||combined test:1||communication forensics:1||communications systems:1||conventional beamformers:1||convolutional neural network (CNN):1||cooperative communication:1||cooperative diversity:1||covariance matrices:1||cumulant:1||cyclic frequency:1||cyclostationarity:1||cyclostationary:1||decision rule:1||decision statistic:1||deep learning:1||detection:1||detection and estimation:1||detection rate:1||differential decoding:1||digital communication:1||digital modulation:1||digital modulations:1||direct sequence spread spectrum:1||diversitymultiplexing tradeoff:1||earlylate filter:1||error performance:1||estimated steering vector:1||euclidean norm:1||exponential model:1||fading channels:1||feature extraction:1||feature selection:1||field measurement:1||filter design:1||fine acquisition:1||frame synchronization:1||frequency diversity:1||frequency offset estimation:1||gauss elimination:1||gray coding:1||heterogeneous network (HetNet):1||hierarchical modulation:1||higher order statistics:1||higherorder modulation:1||hoptiming:1||image resizing:1||interleaver estimation:1||interleaver parameter:1||interleaver parameters:1||interleaving:1||interleaving parameter:1||interleaving period estimation:1||interpolation:1||invertedF antenna:1||kmeans algorithm:1||lifting scheme:1||line coding:1||link model:1||link performance:1||link16:1||list sphere decoding:1||loglikelihood ratio:1||logmoment:1||loss function:1||low complexity:1||low computational complexity:1||lunar exploration:1||massive MIMO:1||maximum eigenvalue:1||mean square error:1||metric feedback detection:1||minimum eigenvalue:1||minimum meansquare error (MMSE) receiver:1||mobile communications:1||modulation classification:1||momentbased parameter estimation:1||monopoletype antenna:1||movingaverage:1||multicarrier demultiplexer/demodulator (MCDD):1||multidimensional TCM:1||multinomial distribution:1||multipleinput multipleoutput (MIMO) systems:1||multistage multicarrier demultiplexer (MMCD):1||near ML performance:1||noncooperative communication:1||noncooperative context:1||noncooperative contexts:1||null steering:1||optimal frequency:1||optimal momentbased estimator:1||orthogonal frequency division multiplexing (OFDM):1||outage probability diversitymultiplexing tradeoff:1||performance analysis:1||phase mapping:1||phase shift keying:1||phaselocked loop (PLL):1||polyphase fast Fourier transform (PPF):1||power allocation:1||probability distribution:1||probability mass function:1||probability of correct classification:1||probability of error twodimensional modulation:1||projection methods:1||punctured signal:1||quadrature amplitude modulation:1||quadrature amplitude modulation (QAM):1||radar cross section:1||radar systems:1||radar waveform recognition:1||radio wave measurement:1||random access:1||rank:1||rank distribution:1||reedmuller code:1||relay selection:1||satellite communications:1||scrambler:1||selective relaying:1||selfnormalization:1||sequencebased deep learning model:1||sequencebased recognition model:1||shortened ReedSolomon code:1||shorting point:1||side information:1||signal detection:1||signal reconstruction:1||signalplusinterference covariance matrix:1||signaltonoise ratio:1||silicone encapsulant:1||singlecarrier:1||singular value decomposition:1||softdecision:1||solar burst:1||source signals:1||spectral efficiency:1||spread spectrum:1||standard block interleaver:1||statistical features:1||stepped θQAM, symbol error rate:1||subcarrier allocation:1||subspace dimension:1||subspace swap:1||support vector machine:1||symbol error rate (SER):1||synchronization:1||synchronous scrambler:1||tactical communication network:1||telemetry signal:1||thetaquadrature amplitude modulation (QAM):1||timing offset, synchronization:1||transmittance:1||twodimensional modulation:1||unequal error protection:1||wire antenna:1||wireless communications:1||가우스 소거:1||각도 오차:1||거리 오차:1||고유값 분해:1||공군 전자기스펙트럼 우세 전략:1||공군 전자기스펙트럼 작전:1||달 탐사:1||독립성분 분석:1||링크 모델:1||링크 성능:1||모바일 앱:1||우주 통신:1||인터리버 복원:1||인터리빙 주기:1||전술통신망:1||전자기스펙트럼 관리:1||전자기스펙트럼 우세:1||전자기스펙트럼 작전:1||전자기전:1||주파수 할당ICI 사용자 전송률3GPP LTE 셀간 간섭 회피:1||천공 부호:1||크로스 플랫폼:1||태양 폭발:1||하이브리드 모바일 앱 프레임워크:1||한국형 전자기스펙트럼 우세 전략:1||한국형 전자기스펙트럼 작전:1||:1||항재밍:1||1/Q Phase Unbalance:1||3D trajectory:1||3GPP LTE:1||3차원 레이다:1||64ary QAM:1||Adaptive beam deactivation:1||Adaptive coding and modulation:1||Additive white Gaussian noise (AWGN):1||Air Force Electromagnetic Spectrum Operations:1||Air Force Electromagnetic Spectrum Superiority Strategy:1||Amplitude Phase Shift Keying (APSK):1||Analytic hierarchy process:1||Antenna selection:1||AntiJamming:1||Automatic modulation classification (AMC):1||Automatic modulation classification(AMC):1||Average error probability:1||Bit error floor:1||Bit mapping:1||Bittosymbol mapping:1||Bitstosymbol mapping:1||Blind block deinterleaving:1||Blind modulation classification:1||Blindness:1||Block Interleaver:1||BreadthFirst algorithm:1||CSI:1||Carrier frequency offset:1||Cell cooperation:1||Cellular system:1||Chromatic dispersion:1||Closedform expression:1||Closedloop spatial multiplexing:1||Cluster:1||Clutter map:1||Communication forensic:1||Communication forensics:1||Complex impairment:1||Computational modeling:1||Continuous fading:1||Convolutioinal code reconstruction method:1||Convolution:1||Convolutional Code:1||Convolutional code:1||Convolutional codes:1||Convolutional interleavers:1||Cooperative relay:1||Cost function:1||CrossPlatform:1||Data Rate:1||Data Throughput:1||Data models:1||Decimation:1||Decoupling matrix:1||Deep Space Network:1||Deep space network:1||Differential preprocessing:1||Digital modulation:1||Distribution of signaltointerferenceplusnoise ratio (SINR):1||Diversity:1||Effective area:1||Eigenvalue Decomposition:1||Electromagnetic Spectrum Management:1||Electromagnetic Spectrum Superiority:1||Electromagnetic Warfare:1||Energy efficiency:1||Error rate:1||FFR:1||FPGA:1||Feature selection:1||Femtocells:1||Forensics:1||Frequency Offset:1||Frequency conversion:1||GPS and Galileo Combined Receiver:1||Gauss elimination:1||Gaussian elimination:1||Gaussian error:1||Global Navigation Satellite System(GNSS):1||Google Cloud Platform:1||Guard Band(보호 대역):1||Hamming weight distribution:1||Helical scan interleaver:1||Heterogeneous computing:1||Hierarchical cell structure:1||Hierarchical modulation:1||High Availability:1||Highpower amplifier:1||Hybrid Mobile App Framework:1||I/O Phase Unbalance:1||I/Q Amplitude Unbalance:1||I/Q amplitude unbalance:1||I/Q imbalances:1||ICIAvoidance:1||IMTadvanced:1||Independent Component Analysis:1||Inter cell interference:1||Intercell interference:1||Interchannel interference:1||Interleaver estimation:1||IoT:1||KolmogorovSmirnov Test:1||Korean Electromagnetic Spectrum Operations:1||Korean Electromagnetic Spectrum Superiority Strategy:1||LED package:1||LLR:1||LTEAdvanced:1||LTEadvanced system:1||Land clutter:1||Limiting:1||Linear feedback shift registers:1||Link budget:1||Link16:1||Lognormal fading channels:1||Lunar Explorations:1||Lunar exploration:1||MPSK:1||Mary PSK:1||Mary differential phaseshift keying (MDPSK):1||Msequence:1||MCDD:1||MIMO ZF receiver:1||MIMO detection:1||ML estimation:1||Machine Learning:1||Mathematical model:1||Mathematical models:1||Maximum Likelihood:1||Maximum likelihood estimation:1||Mean square error:1||Mobile App:1||Mobile communications:1||Modulation:1||Monopoletype wire antenna:1||

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