ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Kim, Sea-Moon

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Kim, Sea-Moon (김시문)

해양공공디지털연구본부 (해양공공디지털연구본부 해양공공디지털연구본부)

Research Area: Underwater Acoustic Signal Processing, Underwater Acoustic Navigation, Underwater Acoustic Communication

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QPSK:5||Underwater Acoustic Communicat:3||Doppler Velocity Log:3||underwater acoustic communicat:2||Time Reversal:2||Range Sonar:2||Range Sonar 거리계측 소나:2||USBL:2||Shallowwater acoustic channel:2||Doppler Velocity Log 도플러 속도센서:2||Initial Estimation Error:2||Inertial Measurement Unit:2||Underwater Navigation:2||Underwater acoustic communication:2||AIS:2||Acoustic scattering:2||Hybrid Navigation System 복합항법시스템:2||수온약층:2||AUV:2||수중음향통신:2||Unmanned Underwater Vehicle 무인잠수정:2||Channel Equalizer:2||Jeju acoustic communication experiment (JACE13):2||Thermocline:2||Inertial Measurement Unit 관성계측센서:2||Digital modulator:1||Doppler effect:1||Doppler velocity log:1||Dynamic analysis:1||East China Sea:1||Elastic cylindrical shell:1||Environmental loads 환경하중:1||Estimated source position error:1||Estimation Error:1||Finite cylinder:1||Frame detector:1||FrondEnd 전단부:1||HEMIRE:1||Highfrequency bistatic sea surface scattering:1||Hybrid Navigation System:1||IMIT:1||INS:1||ITUR M.1842:1||Inertial Navigation:1||Joint Channel Equalizer and Phase Tracker:1||Lookup Table:1||LowPass Filter:1||Msequence:1||MFSK:1||Maritime Communication:1||Maritime VHF Digital Communications:1||Model test 모형시험:1||Modulation Parameter:1||Motion Responses:1||Motion response 운동응답:1||Navigation:1||PN sequence:1||Performance Bound:1||Performance Comparison:1||Posidonia 6000:1||Pseudo WignerVille distribution:1||QPSK receiver QPSK 수신기:1||ROV:1||Receiver Design:1||Receiver array moving speed:1||Receiver design 수신기 설계:1||Retrofocusing Techinique:1||SAVEX15:1||SNR:1||SSBL:1||Scattering function:1||Sea surface bubble scattering:1||Sea surface roughness:1||Sea surface wavenumber spectrum:1||SemiAutonomous Underwater Veh:1||Sensitivity:1||Sensor fusion 센서융합:1||Ship Adhoc Network:1||Sonar target classification:1||Sound speed profile:1||Spacedtone autocorrelation fu:1||Spatial frequency domain interpolation:1||Statistical analysis:1||Steering characteristics:1||Survivability:1||Synchronization:1||Synthetic aperture signal processing:1||Tandem tracked vehicle:1||Tidal Effects:1||Timeinvariant:1||Transmission system design:1||USBL(Ultra short base line) 초단기선:1||UUV:1||Underwater Acoustic Communications:1||Underwater Docking:1||Underwater acoustics:1||Underwater communications 수중통신:1||Underwater navigation 수중항법:1||Underwater sound channel:1||VHF communication:1||Visual Control:1||adaptive decision feedback equ:1||ambient noise:1||bit error rate:1||burst:1||channel estimation:1||channel measurement:1||channel measuring:1||channel model:1||dataaided:1||delay spread:1||doppler spread:1||extended Kalman filter:1||indirect feedback:1||inertial measurement unit:1||link budget:1||matching pursuit (MP):1||noise temperature:1||ray tracing:1||recursive least squares:1||sea surface:1||shallow water:1||sparse estimation:1||statistical analysis:1||timevarying multipath channel:1||transmission loss:1||trasmission:1||underwater acoustics:1||underwater navigation:1||π/4DQPSK:1||고주파 양상태 해수면 음파산란:1||공간 주파수 영역 보간법:1||공기방울층 산란:1||관성계측센서:1||도플러 속도계:1||도플러 효과:1||디지털 선박:1||부이구조물:1||생존성:1||수신기 설계:1||수신배열 이동 속도:1||수중음향모뎀:1||수중음향학:1||수중통신:1||수중항법:1||실린더 법:1||외란 제거 제거:1||운동응답:1||유한 원통:1||음속구조:1||음원 위치 추정 오차:1||음향 산란:1||저역통과 필터:1||적응 광대역 빔형성기:1||적응 등화기:1||제주 음향 통신 실험 (JACE13):1||제주 음향 통신 실험(JACE13):1||조류효과:1||조위효과:1||채널등화기:1||채널등화와 위상추적의 결합:1||천해역 수중 채널:1||천해역 수중음향 채널:1||초기추정오차:1||초음파 거리계:1||추진기 비선형:1||탄성 원통 쉘:1||통계적 특성 분석:1||합성개구 신호처리:1||해수면 거칠기:1||2중 루프 제어기:1||해수면 파수 스펙트럼:1||Acoustic Navigation:1||Acoustic Positioing:1||Acoustic positioning system:1||Active sonar:1||Aluminum spherical shell:1||Anchor force 앵커 지지력:1||Array:1||Array signal processing:1||Baseband Receiver Design:1||Buoy Structure:1||Buoy structure 부이 구조물:1||Channel Coding:1||Channel Compensation:1||Channel characteristics:1||Channel impulse response:1||Code length:1||Cohesive soft soil:1||Correlation:1||Current Effects:1||Cylinder method:1||DR(Dead reckoning) 추측항법:1||DVL(Doppler velocity log) 도플러 속도계:1||Dead Reckoning Navigation:1||Delay power profile:1||

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