ScholarWorks@Hanyang University: Choi, Seung won

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Choi, Seung won (최승원)

서울 공과대학 (서울 융합전자공학부)

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Tel
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SDR:18||MUMIMO:11||GPU:10||WiBro:9||OFDM:8||MIMO:7||DSP:5||LTEA:5||Calibration:4||Software Reconfiguration:4||Radio Virtual Machine:4||smart antenna:4||CUDA:4||LTE:4||Beamforming:3||IEEE 802.11ac:3||Radio frequency:3||5G:3||OFDMA:3||ETSI:3||Smart Antenna:3||Smart antenna:3||beamforming:3||HSDPA:3||User selection:2||Computer architecture:2||Multiuser Diversity:2||FFT:2||ATDMB:2||Vehicular Communications:2||Network Services Evolution:2||ETSI TC RRS:2||Dynamic precoding:2||indoor positioning system:2||TMS320C6670:2||WiMAX:2||hierarchical modulation.:2||Lattice reduction:2||ZadoffChu Sequence:2||Cellular Network:2||Enhanced layer:2||ZeroForcing:2||hierarchical modulation:2||adaptive arrays:2||Scheduling:2||LTE System:2||antenna array:2||PDSCH Decoder:2||Eigenspace beamforming:2||Array Antenna:2||ETSIstandard:2||Cloud Computing:2||diversity gain:2||Channel Card:2||Deep Learning:2||Sumrate:2||Software defined radio:2||Cross entropy method:2||Software reconfiguration:2||Radio virtual machine:2||Turbo decoder:2||Ranging:2||Reconfigurable Basestation:2||Reconfigurable Mobile Device:2||Reconfigurable Radio System:2||Advanced TDMB:2||Heterogenous platform:1||Hierarchical modulation:1||Highly FrequencySelective Fading:1||Hybrid automatic request:1||IEEE 802:1||IEEE 802.11:1||IEEE 802.15.4:1||IEEE 802.16e:1||IFFT/FFT:1||IP networks:1||InterCell Interference Cancelation:1||Interference:1||Kalman filters:1||Kinematics:1||LRaided detection:1||LTEAdvanced:1||LTE/SAE:1||Lagrange:1||Lattice Reduction:1||Limited feedback:1||MIMO Detector:1||MIMO(Multiple Input Multiple Output):1||MPEG 4 AVC:1||MPI:1||Market opportunities:1||Metaheuristic:1||MoC:1||Mobility Policy Manager:1||Model of computations:1||Modulation Classification:1||Multi User MIMO:1||Multiuser MIMO:1||Multiuser diversity:1||Nelement Array:1||NDK:1||Noncodebook:1||ORAN:1||Operating systems:1||Orthogonality:1||PAPR:1||PCIe:1||PKI:1||PN code acquisition:1||PTS:1||Parallel Processing:1||Parallelization:1||Partial sensing:1||Power efficiency:1||Precoding:1||Precoding:1||Privacy:1||Pseudonym:1||RAT:1||RRS(Reconfigurable Radio Systems):1||RSSI:1||Radio Application:1||Radio Virtual Machine (RVM):1||Radio access technology:1||Radio communication:1||Radio control:1||Radio equipment directive:1||Reconfigurable radio:1||Reconfiguration:1||Recurrent neural networks:1||Reduced Rank Model:1||Roadside unit:1||SCFDMA:1||SCA:1||SDMA:1||SDR (SoftwareDefined Radio):1||SDR Network:1||SM:1||STC:1||Scalable Video coding (SVC):1||Security:1||Sideslip angle estimation:1||Software:1||Software Define Radio (SDR):1||Software Modem:1||Software radio:1||Softwaredefined RAN:1||Spatial Diversity:1||Split Option 72x:1||Standard Functional Blcok (SFB):1||Standard architecture:1||Standard interface:1||Standards:1||Standards organizations:1||Strandard Architecture:1||Strandard Interfacce:1||Sum rate:1||Synchronization:1||System implementation:1||TDMB:1||TDD:1||Tabu Serach:1||Time division synchronous code division multiple access:1||Transceiver:1||Transformers:1||USRP:1||Uncertainty:1||Unified modeling language:1||User Selection:1||User Selection Scheduling:1||Userselection:1||V2X:1||VM:1||Vehicle dynamics:1||Virtual machine:1||WCDMA:1||WCDMA:1||WiFi:1||Wireless Sensor Network:1||Wireless fidelity:1||ZadoffChu sequence:1||Zero Forcing Beamforming:1||Zeroforcing:1||adaptive beamforming (ABF):1||angle spread:1||array signal processing:1||asymmetrical halfbridge (ASHB) converter:1||asymmetrical halfbridge (ASHB) converters:1||average currentmode control (ACC):1||backward compatibility:1||beamborming:1||calibaration.:1||channel state information:1||charge control (CC):1||cochannel interference:1||coalesced memory access:1||codebook:1||computational electromagnetics:1||condition number:1||coordinated multipoint (CoMP) transmission and reception:1||currentmode control:1||data plane programmability:1||decimation:1||deep ensemble:1||deep learning network:1||distributed iterative receiver (DIR):1||diversity:1||extra element theorem:1||feedback compensation design:1||filter bank multicarrier:1||frame format detection:1||hybrid deep neural network:1||input filter design:1||input filter interactions:1||integral equation method:1||intercell interference (ICI):1||joint detection:1||kinematic model:1||lattice reduction:1||limited feedback:1||military communication:1||mobile broadcasting:1||mobileWiMAX:1||multiantenna system:1||multipath interference:1||multiple antenna:1||multiple fingerprints:1||multiuser:1||multiuser MIMO:1||multiuser channels:1||multiuser diversity:1||nonlineofsight:1||orthogonality:1||parallel MAP decoder:1||peak currentmode control (PCC):1||phase diversity:1||precoding:1||precoding:1||projection:1||pseudorandom noise (PN)code acquisition:1||robustness:1||rolloff:1||searcher:1||sensor filtering network:1||signal subspace:1||smallsignal analysis and control design:1||smallsignal modeling and dynamic analysis:1||smart antennas:1||software portability:1||software reconfiguration:1||switching power converter:1||test signal:1||time acquistition:1||transformer:1||turbo decoder:1||uncertainty:1||unscented Kalman filter:1||user scheduling:1||user selection:1||vector perturbation:1||voltagemode control:1||wavelet transform:1||16e:1||wireless local area network:1||5G NR mode2 sidelink:1||ADI technique:1||API:1||Adaptive Array:1||Adaptive antennas:1||Adaptive beamforming (ABF):1||Antenna Array:1||Antenna arrays:1||Array Antenna Calibration:1||Arrays:1||AutoCorrelation:1||Automotive communication:1||Base Station:1||Base Station Platform:1||Beam forming:1||Broadcast channels:1||CRAN:1||CDMA2000 IX:1||CIC filter:1||CNN:1||CSI:1||CVQ:1||Category B:1||Cell Planning:1||Channel Selection:1||CoMP:1||Complexity:1||Concurency:1||Conjugate Gradient Method:1||Context information:1||Convolutional neural networks:1||Cooperative communications:1||Coordination:1||Decoding:1||Digital Signal Processor (DSP):1||Directionofarrival estimation:1||Diversity:1||Diversity antenna:1||Diversity gain:1||Diversity methods:1||DoA:1||Doppler frequency:1||EPS AKA:1||ETSI RRS:1||ETSI Standards:1||ETSI standard:1||Eigen Decomposition:1||EigenSpace:1||Equalizer:1||Equipment:1||Estimation:1||Europe:1||FBMC/OQAM:1||FDTD:1||Feedback:1||Filter Banks:1||Fingerprint recognition:1||Format Detection:1||GNU Radio:1||Gateway placement:1||Generalized eigenvalue decomposition:1||Genetic Algorithm:1||Graphics Processing Unit:1||Green function:1||Heterogeneous Network:1||

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