ScholarWorks@Kumoh: SHIN, SOO YOUNG

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SHIN, SOO YOUNG(신수용)

공과대학 School of Electronic Engineering(전자공학부)

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IEEE 802.15.4:8||Nonorthogonal multiple access:8||Ergodic sum capacity:6||Nonorthogonal multiple access (NOMA):6||MIMO:5||nonorthogonal multiple access (NOMA):5||Blockchain:5||Alamouti scheme:4||Successive interference cancellation:4||IoT:4||NOMA:4||IEEE 802.11:4||nonorthogonal multiple access:4||Spectral efficiency:4||Capacity:4||performance:3||Bluetooth:3||ergodic sum capacity:3||Security:3||energy detection:3||Bit error rate (BER):3||Internet of things:3||Outage probability:3||Bit error rate:3||intercell interference:2||interference:2||Deep learning:2||ZigBee:2||Power allocation (PA):2||user pairing:2||Successive interference cancellation (SIC):2||No reference:2||misseddetection:2||Hadamard transform:2||Interference:2||capacity:2||NonOrthogonal Multiple Access (NOMA):2||Throughput:2||Nonorthogonal Multiple Access (NOMA):2||Computational complexity:2||orthogonal frequency division multiplexing (OFDM):2||Internet of Things:2||Energy detector:2||outage probability:2||Energy efficiency:2||packet error rate (PER):2||Ergodic capacity:2||Orthogonal frequency division multiplexing:2||Uplink:2||User pairing:2||User pairing (UP):2||Scheduling:2||LED Streetlight:2||endtoend delay:2||energy efficiency:2||relay sharing:2||IEEE 802.11b:2||Cognitive radio:2||security:2||Peaktoaverage power ratio:2||false alarm:2||Linear precoding:2||Spatial Modulation (SM):2||Spatial modulation:2||Spatial modulation (SM):2||WiFi:2||successive interference cancellation:2||Spectrum sharing:2||Wireless capsule endoscopy:2||ISA100.11a:2||imperfect channel sensing:2||Wireless communication:2||Endtoend delay:1||Energy consumption:1||Ergodic sum capacity (ESC):1||Error concealment:1||Evasive movement:1||Fast Fourier transform:1||Femtocells:1||Fifth Generation (5G):1||Filterbanks multicarrier modulation:1||Fog computing:1||Frozen bits:1||Full reference:1||Fullduplex relaying:1||Future Radio Access (FRA):1||Fuzzy theory:1||GDrive analysis:1||GPS:1||Gastrointestinal tract:1||Gateway:1||Generalized Spatial Modulation (GSM):1||H.264/AVC:1||H.265/HEVC:1||HSV color space:1||Healthcare:1||Heterogeneous networks:1||High efficiency video coding:1||Histogram Equalization:1||Hybrid access:1||Hybrid network:1||IEEE 802.11s:1||IEEE 802.15.4 network:1||IMEI:1||ISA100.11a delay characteristic:1||ISC:1||Image Processing:1||Impulse noise:1||InfraRed:1||Interference free:1||Internet of things (IoT):1||Irregular flight pattern:1||JTCoMP VPNOMA:1||LBS:1||LPWAN:1||Lanes:1||Learning:1||Light Emitting Diodes:1||Light emitting diodes:1||Live Video Streaming:1||LoRa:1||LoRaWAN:1||Localization:1||Localization accuracy:1||Low latency:1||MAC address:1||MAC performance:1||MEC:1||MIMO communication:1||ML detector:1||MMSE:1||Markov chain:1||Massive MIMO:1||Matched filter:1||Median Filter:1||Median filter:1||Meteorology:1||Microsoft Azure:1||Mobile Edge Computing.:1||Mobile augmented reality:1||Mobile forensics:1||Mobility:1||Modified selective embedding in low frequency:1||Monitoring Program:1||Multicarrier nonorthogonal multiple access:1||Multipleinput multipleoutput (MIMO):1||Multipleinputmultipleoutput (MIMO):1||Multiplexing:1||NMEA 2000:1||Noise Mitigation:1||Noise mitigation:1||NonGaussian channel:1||Numerical models:1||OCC:1||OCTAVE:1||OWC:1||Objective video quality assessment:1||OneDrive analysis:1||Optical Camera Communication:1||Orthogonal Multiple Access (OMA):1||Out of band radiations:1||Outage analysis:1||Outage probability (OP):1||Outage sum capacity (OSC):1||Overlap frequency domain equalization:1||Path loss:1||Pedestrians:1||Pepper Noise:1||Performance evaluation:1||Physical layer:1||Polar codes:1||Polyp:1||Power allocation:1||Power consumption:1||Preamble detector:1||Priority:1||Pullduplex (FD) relaying:1||QoS:1||Quantization parameter:1||Queuing model:1||Random Access Technologies (RATs):1||Raspberry Pi:1||Real Time(실시간):1||Remnant data:1||Remote Control:1||Remote Controller:1||Residual interference:1||Role switching:1||SIC:1||STBC:1||SUMIMO:1||Salt&:1||Secrecy capacity:1||Security analysis:1||Ship&apos:1||Similar Channel Gain:1||Singleuser:1||Small colon:1||Smart Factory:1||Smart Home:1||Smart Phone:1||Smart education:1||Space Shift Keying (SSK):1||Spectrum sensing:1||Steganography:1||Streetlight:1||Subjective video quality assessment:1||Successive Interference Cancellation (SIC):1||Superframe:1||Superframe structure:1||Systems architecture:1||TCP/UDP:1||Tactile internet:1||Temporal artefacts:1||TermsCooperative relaying:1||Throughput(처리량):1||Throwshaped camera:1||Time Division Multiplexing Access:1||Tumor:1||UAV:1||UAV swarm:1||Ulcer:1||Ultra high reliability:1||Unitary transforms:1||Universal Gateway:1||Unmanned aerial vehicle (UAV):1||Unsaturated throughput:1||Users privacy:1||VANET:1||VLC:1||Vehicular networks:1||Video quality:1||Video quality assessment:1||Virtual pairing based NOMA (VPNOMA):1||Virtually paired (VP) users:1||Visible Light Communication:1||Visible Light Communications:1||WSN:1||WSNs:1||WalshHadamard transform (WHT):1||Warship Combat System(전투 함정 시스템):1||Wavelet orthogonal frequency division multiplexing:1||Wavelet transform:1||Wireless Control System:1||Wireless Mesh:1||Wireless Sensor Network:1||Wireless capsule endoscopy (WCE):1||Wireless sensor network:1||YOLOv2tiny:1||acceleration factor:1||achieved performance gains:1||active window detection:1||adaptive modulation:1||analysis:1||and VP9:1||artefacts:1||association:1||battery:1||carrier sense:1||cascadedCCA:1||cell centre user:1||cellular radio:1||channel allocation:1||channel estimation error:1||channel sensing methods:1||cloud computing:1||cloud storage:1||cognitive network:1||cognitive radio:1||common cell edge users:1||computation time.:1||computational complexity:1||cooperative diversity:1||cybercrime:1||data acquisition:1||data squeezing:1||decision tree:1||digital forensics:1||distributed localization:1||downlink coordinated multipoint transmissions:1||embedded system:1||equalization:1||ergodic capacity:1||ergodic sum capacity (ESC):1||ergodic sum capacity (ESC):1||errorprone environments:1||frame freezing:1||fullduplex:1||future:1||fuzzy SAR:1||generalized space shift keying (GSSK):1||goodput:1||half/fullduplex (HD/FD):1||handovers:1||high definition:1||idle tabs:1||imperfect CSI:1||impulse noise:1||intercell interference:1||interference cancellation:1||interference suppression:1||linear precoding:1||load balancing:1||localization:1||localization error:1||long range (LoRa) radio:1||machine learning:1||mobile communication:1||monitoring:1||monitoring program:1||motion content:1||multiaccess systems:1||multicell network:1||multicell coordination scheme:1||multipleinput multipleoutput:1||nonorthogonal multiple access:1||optimization:1||orbital angular momentum (OAM):1||orthogonal multiple access (OMA):1||outage analysis:1||outage capacity:1||outage probability (OP):1||outage sum capacity (OSC):1||parabolic SAR:1||peak to average power ratio (PAPR):1||perfect CSI:1||piconet:1||power line communication:1||power optimization:1||preamble detection:1||priority jamming:1||probability of detection:1||probability of false alarm:1||prototype:1||quality of experience:1||quantization parameter:1||realtime:1||reliable routing:1||risk analysis:1||risk management:1||s network:1||sensors:1||service differentiation:1||slow fading channel:1||smart city:1||smart streetlight system:1||spacetime block coding (STBC):1||spatiotemporal attributes:1||spectral efficiency:1||spectrum sensing:1||spectrum sharing:1||successive interference cancelation (SIC):1||successive interference cancellation (SIC):1||sum capacity (SC):1||swarming behavior:1||teletraffic theory:1||temporal features:1||threecell scenario:1||throughput:1||throughput and WalshHadamard transform (WHT):1||time sharing (TS):1||transmit power estimation:1||unmanned aerial vehicle:1||uplink:1||user pairing scheme:1||variable communication protocol:1||video quality assessment:1||video streaming:1||virtual user pairing:1||waiting time:1||wavelet OFDM:1||web server:1||wireless cellular networks:1||wireless communication:1||wireless sensor network:1||wireless sensor networks:1||가속 변수:1||가시광통신:1||광학 무선 통신:1||광학 카메라 통신:1||다중 입력 다중 출력:1||롤링셔터:1||무선인터넷:1||보안:1||블루투스:1||비컨:1||비트 오류율 성능:1||선물:1||스마트팩토리:1||이미지 센서통신:1||파라볼릭 SAR:1||퍼지 SAR:1||5G:1||퍼지 이론:1||AR game:1||Access point:1||Accident prevention system:1||Adhoc routing:1||Adaptive activation:1||Additive white Gaussian noise:1||Adjacent Pixels:1||Advanced Encryption Standard:1||Agriculture:1||Analysis:1||Android forensics:1||Artificial noise:1||Autocorrelation detection:1||Average bit error probability:1||BER performance:1||BPSO:1||Backward Compatibility:1||Backward compatibility:1||Bandwidth adaptation:1||Bandwidth efficiency:1||Beacon:1||Bidirectional relaying:1||Bio inspired computing:1||Bioinspired:1||Bit Error Rate (BER):1||Bleeding detection:1||Blocking probability:1||CAN bus:1||CMOS:1||CSMA/CA:1||CSO:1||Capacity and outage analysis:1||Carbondioxide:1||Channel Statement Information (CSI):1||Channel capacity:1||Channel resource allocation:1||Channel resource blocking:1||Children:1||Clear channel assessment (CCA):1||Cloud storage:1||Cluster head:1||CoMP:1||Coexistence:1||Cognitive radio networks:1||Collision:1||Color Temperature:1||Communication Middleware(통신 미들웨어):1||Compressive sensing:1||Computeraided:1||Conventional multiple access:1||Conventional nonorthogonal multiple access (CNOMA):1||Cooperative NOMA (CRNOMA):1||Cooperative relaying:1||Coordinated multipoint (CoMP):1||Cybercrime:1||Cyclic redundancy check:1||DISIC:1||DL users:1||Denoising convolutional networks:1||Deadline Monotonic:1||Deadline Monotonic Scheduling:1||Depth Camera:1||Devicetodevice communication:1||Digital watermarking:1||Downlink:1||Dragonfly:1||Dragonfly Algorithm:1||ERM:1||ESC:1||Education:1||Encoders:1||

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