ScholarWorks@Gyeongsang National University: Kang, Seog Geun

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Kang, Seog Geun (강석근)

IT공과대학 (반도체공학과)

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전력선통신:7||직교 주파수분할다중화:7||Orthogonal frequency division multiplexing (OFDM):5||디지털통신:5||Signal constellation:5||Digital communications:5||symbol error probability:4||Powerline communication:4||OFDM:4||신호성상도:4||wireless communications:3||비파괴검사:3||signal constellation:3||Polarization shift keying:3||Orthogonal frequency division multiplexing:3||Optical communication:3||무선통신:3||audio transmission:2||관형 철탑:2||Block coding scheme:2||자기소거법:2||minimum Euclidean distance:2||selfcancellation:2||주파수 오프셋:2||orthogonal basis matrix:2||직교진폭변조:2||orthogonal frequency division multiplexing (OFDM):2||채널간간섭:2||디지:2||Peak envelope power:2||최소 유클리드 거리:2||Peaktoaverage powerratio:2||Haar basis:2||FPGA:2||무배선통신:2||무선 근거리통신망(WLAN: Wireless Local AreaNetwork)[3]:2||bluetooth:2||Quadrature amplitude modulation (QAM):2||3D signal constellation:2||Digital communication:2||WPAN:2||Rayleigh fading channel:2||wavelet transform:2||Wireless communication system:2||신호처리:2||wireless sensor network:2||Wireless communications:2||Seed codewordDVB: Digital Audio/Video Broadcasting)[1]:2||ZigBee:2||Legacyline communication:2||[2]:2||Digital modulation:2||interchannel interference:2||Threedimensional signal constellation:1||Traffic event:1||Trapping Set:1||Trelliscoded modulation:1||Tubular Steel Tower:1||Tubular steel tower:1||Ultrasonic:1||Ultrasonic flaw detector:1||Voice coding:1||Welding work process:1||Wireless communication:1||Wireless personal area network (WPAN):1||Zigbee:1||a block code which minimizes PAPR of the OFDM signals is proposed. It is showntheoretically that peak envelope power of the modulated sequence is invariant to circular shift and:1||binary symmetric erasure channe.:1||bit error rate:1||bit error rate (BER):1||communication joint tool:1||communication network in ship:1||coordinate interleaving:1||coupling unit:1||data communication:1||digital communication system:1||digital communications:1||digital ship:1||digital signal processing (DSP):1||energy efficiency:1||erasure decoding:1||errorcorrecting codes:1||face authentication:1||fire prevention:1||frequency offset:1||highdimensional (HD) signal constellation:1||highdimensional signal constellation:1||hybrid decoding:1||image signal processing:1||impulsive noise:1||index modulation:1||inductive coupler:1||license plate recognition:1||local binary pattern:1||mean squared error:1||multimodem:1||nacelle:1||orthogonal frequency division multiplexing:1||pattern recognition:1||power spectral density (PSD):1||powerline communication:1||powerline communication:1||powerline communication (PLC):1||process automation:1||quadrature amplitude modulation:1||serial communication:1||signal processing:1||spectral efficiency:1||symbol error rate (SER):1||symmetric αstable (SαS) distribution:1||train communication network:1||turbo code:1||wind turbine generator system (WTGS):1||감시시스템:1||격자:1||격자 부호화 변조:1||격자형 성상도:1||결함 진단:1||결합장치:1||경사하강검색법:1||공정자동화:1||광통신:1||광통신시스템:1||교통이벤트:1||국부이진패턴:1||기계 학습:1||기계학습:1||나노결정립합금:1||너셀:1||데이터 통신:1||디지털 선박:1||디지털 통신시스템:1||디지털변조:1||디지털선박:1||디지털신호처리:1||라즈베리파이:1||배전자동화시스템:1||복합통신장치:1||블럭부호화기법:1||블록매체통신:1||블루투스:1||사물인터넷:1||상태 감시:1||선박 통신네트워크:1||성형이득:1||센서네트워크:1||스마트 조선소:1||스마트 팩토리:1||씨앗부호어In this paper:1||압전 센서:1||압전변환기:1||얼굴인증:1||역사상:1||열차 내 통신네트워크:1||영상신호처리:1||오류제어부호:1||용접공정:1||유도성 커플러:1||유도성 통신연결장치:1||음향 방출:1||임베디드시스템:1||저밀도 패리티 검사부호수정 합곱 알고리즘오류마루트랩핑 세트반복복호:1||점 대 다중점 통신:1||조선소:1||직교 기저행렬:1||직렬통신:1||차량 번호판 인식:1||첨두전력 대 평균전력비:1||첨두포락선전력:1||초음파:1||초음파 결함탐상기:1||충격성 잡음:1||통신연결장치:1||특징 분석:1||패턴인식:1||편광편이키잉:1||평균자승오차:1||풍력발전기:1||3D constellation:1||화재예방:1||3D transmission system:1||3차원 신호성상도:1||Acoustic Emission:1||Block media communication:1||Condition Monitoring:1||Constellation diagram:1||Demapping:1||Detectors:1||Discrete wavelet transform:1||Distribution automation system:1||Diversity methods:1||Embedded system:1||Error Floor:1||Error control coding:1||Fault diagnosis:1||Feature analysis:1||Frequency offset:1||Frequencydomain analysis:1||Gradient descent search (GDS):1||Haar 기저:1||IEEE 802.15.4 Standard:1||Impulsive noise:1||Index modulation (IM):1||Indexes:1||Inductive coupler:1||InternetofThings (IoT):1||LDPC Code:1||LDPC code:1||Lattice:1||Lattice constellation:1||LoRa communication:1||LoRa 통신:1||Machine Learning:1||Machine learning:1||Minimum Euclidean distance:1||Minimum Euclidean distance (MED):1||Modified SumProduct Algorithm:1||Nanocrystalline alloy:1||Nondestructive inspection (NDI):1||Nondestructive test (NDT):1||Piezoelectric sensor:1||Piezoelectric transducer:1||RS code:1||Raspberry PI:1||ReedMuller codes:1||Sensor network:1||Shaping gain:1||Shipyard:1||Signal Processing:1||Smart factory:1||Smart shipyard:1||Symbols:1||

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