ScholarWorks@Hongik: Heo, Seo Weon

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Heo, Seo Weon (허서원)

Engineering (Electronic & Electrical Engineering)

Research Area: 통신이론 및 시스템 설계

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DVBT:4||SDR:4||GPU:4||DTV:3||DoubleDecisionFeedback:2||block cipher:2||LicensePlate Recognition:2||Internet of things:2||Software modem:2||SpaceTime Block Code:2||cryptography:2||TCM:2||TimeVarying Channels:2||Transmit Diversity:2||Ultrasound:2||security:2||MIMO:2||VSB:2||VSB system:2||CUDA:2||터보:2||Direct modulation:2||Attenuation:2||transmit diversity:2||BlackBox Image:2||Optoelectronic oscillator:2||Semiconductor laser:2||Farrow structure:1||FourSwitch Inverter (PSI):1||Frequency compounding:1||Full digital audio amp:1||Interpolation filter.:1||IoT 통신:1||Korean Character Recognition:1||LIF neuron:1||LTE:1||Lattice Reduction:1||Least Square Method:1||License plate detection (LPD):1||LookUp Table:1||Low complexity NN:1||LowComplexity:1||MOSHFET:1||Microwave photonics:1||MobileNet:1||Mobility:1||MultiStage Neural Network:1||Multistage NN:1||Multistage NNSNNLow complexity NN:1||Multitarget detection:1||NID:1||NVIDIA:1||Naturallysampled pulse width modulation (NPWM):1||Nearthreshold computing:1||Nonsystematic RS encoder:1||OFDM:1||Open loop response:1||PAPR reduction:1||Parity replacer:1||Phasecompensation:1||Propagation characteristics:1||Quantitative ultrasound:1||Recessed gate:1||Reference phantom method:1||Ripple compensation:1||SCTTCM:1||SDRAM:1||SNN:1||Selfpulsation:1||Shipboard signal transmission:1||Shorttime Fourier analysis:1||SiO2:1||Simulation model:1||Spiking neural network:1||Strong horizontal edge (SHE):1||VSA method:1||Viterbi decoder:1||Wireless indoor shipboard networks:1||Wye or deltaconnected motor:1||analog divider:1||antenna arrays:1||attenuation:1||autoencoder:1||automotive radar:1||bandpass filter:1||broadband antennas:1||capacitor charging:1||channel correlation:1||channel delay estimation:1||channel impulse response:1||convolutional neural network:1||delaylocked loop:1||depth multiplier:1||depthwise separable convolution:1||doublyselective fading channel:1||echo cancellation:1||harmonicfree:1||interpolation filter:1||maximum sustained rate:1||medical ultrasound:1||minimum reserved rate:1||multichannel:1||multitarget situation:1||multiple antennas:1||multiplevoltage multiplefrequency:1||neural nets:1||optimisation:1||pitch prediction:1||post filtering:1||process independent:1||process variation:1||quality of service:1||quantitative ultrasound analysis:1||quasiorthogonal space time block code:1||quasiorthogonal space time codes:1||quasiorththogonal codes:1||radar mutual interference:1||rate control:1||residual echo:1||selective depth multiplier:1||single frequency network:1||spacetime block codes (STBSs):1||superthreshold computing:1||surrogate based model:1||token bucket:1||tunable gain:1||voltage and frequency tuning:1||wireless communications.:1||개방 루프 응답:1||광전 발진기:1||다단계 신경 회로망:1||마이크로파 포토닉스:1||반도체 레이저:1||반복 복호 알고리즘:1||보간 필터:1||분포 궤환형 레이저:1||블랙 박스 영상:1||블랙박스 영상:1||완전 디지털 오디오 증폭기:1||이진화:1||자려 펄스 발진:1||자연 샘플링 펄스폭 변조 방식:1||전계 흡수 변조기:1||중첩부호:1||직접 변조:1||차량 번호판 인식:1||차량 번호판 인식 알고리즘:1||최소 자승법:1||패로우 필터.:1||한글 문자 인식:1||1 over x:1||협력통신:1||AR analysis:1||ATSC M/H:1||AlGaN/GaN heterojunction fieldeffect transistor:1||Automotive Radar:1||Backpropagation:1||Binarization:1||Block power spectrum:1||CIOD:1||Coordinate interleaved orthogonal design:1||DDR3:1||DDR4:1||DFT based codebooks:1||DLL:1||Design of measurement system:1||Distributed feedback laser:1||Diversity:1||EXIT chart:1||Edge position eXtractor (EPX):1||Edge relation analysis (ERA):1||Electroabsorption modulator:1||Embedded system:1||Enhanced VSB:1||FFT:1||FMCW:1||FMCW radar:1||Farrow filter:1||

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94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1314

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