ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Byun, Sung Hoon

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Byun, Sung Hoon (변성훈)

Ocean and Maritime Digital Technology Research Division

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Tel 042-866-3841
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underwater acoustics:6||underwater acoustic communicat:4||raybased blind deconvolution:4||거리 추정:3||array invariant:3||ROV:3||Oil Spill:2||Active sonar:2||channel impulse response:2||배열 불변성:2||Sunken Ship:2||Acoustic scattering:2||Channel impulse response:2||Underwater acoustic communication:2||Underwater acoustics:2||수온약층:2||timevarying channel:2||shallow water:2||array signal processing:2||Range estimation:2||Finite cylinder:2||Shallowwater acoustic channel:2||beamforming:2||Thermocline:2||Array invariant:2||source localization:2||blind deconvolution:2||Jeju acoustic communication experiment (JACE13):2||DOA estimation:1||Deep learning:1||Detectors:1||Dimension reduction:1||Direction of Arrival:1||Doppler:1||Doppler effect:1||Elastic cylindrical shell:1||Elliptic Transducer Array:1||Engine condition monitoring:1||Error Analysis:1||Estimated source position error:1||Feature extraction:1||Field differencing method:1||Flow direction measurement:1||Flow velocity measurement:1||Frame Synchronizatio:1||Free Running Test:1||Frequencydifference beamforming:1||HEMIRE:1||Highfrequency underwater acoustic channel:1||Horizontal array 수평배열:1||Horizontal nested array:1||Image analysis:1||Image distortion:1||Kirchhoff 근사법:1||Kyung Shin:1||Msequence:1||MIMO:1||Machine learning:1||Maneuverability:1||Measurement Criteria:1||Modulation Parameter:1||Mooredtype platform:1||Nearfield target strength:1||Neural network:1||Object detection:1||Passive sonar:1||Pit:1||Pitch and depth keeping:1||Posidonia 6000:1||Principal component analysis:1||Probability density function:1||Prototype test 실선시험:1||Pseudo WignerVille distribution:1||QPSK:1||Quantitative analysis:1||Raybackpropagation:1||Raybased blind deconvolution:1||Realtime:1||Receiver array moving speed:1||Remotely Operated Recovery Sys:1||SAVEX15:1||SONAR:1||Salvage:1||Scattering strength:1||Sensitivity Measurement:1||Signal processing:1||SignaltoNoise Ratio:1||Sonar:1||Sonar detection:1||Sonar platform motion:1||Sonar target classification:1||Sound speed profile:1||Source Localization:1||Source localization:1||Sourcerange estimation:1||Spatial frequency domain interpolation:1||Spectrogram:1||Statistical analysis:1||Statistical channel modeling:1||Sunken Tanker:1||Synthetic aperture signal processing:1||Synthetic aperture sonar:1||TGFA (time gated frequency analysis):1||Tank Experiment:1||Target classification:1||Timeinvariant:1||TwinPropeller, TwinRudder:1||Underwater Acoustic Communicat:1||Underwater Acoustic Transducer:1||Underwater Communication:1||Underwater Data Modem:1||Underwater acoustic array system:1||Underwater behavior analysis 수중거동 해석:1||Underwater channel characterization:1||Underwater sound reproduction:1||Underwater sound transmission system:1||VHF communication:1||Variable importance analysis:1||Vibration analysis:1||Water tank experiment:1||Waveguide invariant:1||absorption coefficient:1||adaptive decision feedback equ:1||alternating projection:1||ambient noise:1||angle of arrival:1||angular resolution:1||artificial lateral line system (ALLSs):1||auction algorithm:1||bioinspired sensor:1||bistatic sonar:1||bit error rate:1||buried target detection:1||calibration:1||channel estimation:1||channel measurement:1||channel model:1||channel modeling:1||code division multiple access:1||computational fluid dynamics (CFD):1||conventional beamforming:1||corrosion:1||delay spread:1||detecting hydroacoustic signal:1||doppler spread:1||fading channel:1||feature analysis:1||feature extraction:1||fluorescentconjugated hyperelastic pillar:1||genetic algorithm:1||hidden Markov model:1||horizontal array:1||hull thickness:1||link budget:1||link margin:1||low rank recovery:1||machine learning (ML):1||matched field processing:1||matching pursuit (MP):1||midfrequency enhancement:1||mimo:1||multiinput multioutput:1||multitarget tracking:1||multipath environment:1||neuromast mimicking:1||ofdm:1||oil spill:1||optical flow sensing:1||passive monitoring:1||pressure sensor array:1||pressure variation model (PVM):1||probability density function:1||pseudonoise code:1||radar:1||ray approach:1||ray tracing:1||rayleigh fading:1||realtime signal processing:1||recursive least squares:1||sea surface:1||shipping noise:1||signaltonoise ratio:1||sonar signal detection:1||sonar signal processing:1||sound source localization:1||sound sources of opportunity:1||source detection:1||source of opportunity:1||source signal separation:1||sparse estimation:1||spreading factor:1||starshaped topology:1||statistical analysis:1||statistical signal processing:1||subcritical penetration:1||sunken ship:1||supervised learning:1||synthetic aperture processing:1||tank experiment:1||timevarying multipath channel:1||two parallel linear array:1||underwater acoustic communication:1||underwater remote sensing:1||underwater sound measurement:1||underwater source localization:1||underwater survey:1||underwater velocity measurement:1||unmanned underwater vehicle (UUV):1||간섭 반사 계수:1||공간 주파수 영역 보간법:1||교차 상관 음장:1||능동 소나:1||도파관 불변성:1||도플러 효과:1||변수 중요도 분석:1||빔시간 강도 패턴:1||산란 강도:1||섭동 이론:1||소나 플랫폼 운동:1||수동 소나:1||수신배열 이동 속도:1||수중 통신:1||수중음향통신:1||수중음향학:1||수중통신:1||수평 선 배열:1||신경망:1||실린더 법:1||양상태 소나:1||양상태각:1||엔진 상태 진단:1||영상 왜곡:1||웅덩이:1||유한 원통:1||음선 기반 블라인드 디컨벌루션:1||음선 역전파:1||음속구조:1||음원 위치 추정:1||음원 위치 추정 오차:1||음장 차분 기법:1||음향 산란:1||자세각:1||작은 기울기 근사법:1||정량적 분석:1||제주 음향 통신 실험 (JACE13):1||제주 음향 통신 실험(JACE13):1||주성분 분석:1||진동 분석:1||차원 축소:1||채널 임펄스 응답:1||채널 추정:1||천해역 수중 채널:1||천해역 수중음향 채널:1||탄성 원통 쉘:1||통계적 특성 분석:1||표적 분류:1||합성개구 신호처리:1||AUV:1||합성개구소나:1||Acoustic Comunication:1||Acoustic positioning system:1||Active SONAR system:1||Active target classification:1||Additive White Gaussian Noise:1||Aluminum spherical shell:1||Array platform 배열플랫폼:1||Array signal processing:1||Aspect angle:1||Automatic target detection:1||Bandpass filter:1||Beamtime intensity pattern:1||Beamforming:1||Biomimetic optical sensor:1||Bistatic angle:1||Bistatic sonar:1||Buoyancy control unit:1||Circulation water channel test 회류수조 시험:1||Clutter:1||Code length:1||Coherence bandwidth:1||Coherence time:1||Communication Channel:1||Container Ship:1||Cross correlated field:1||Cylinder method:1||Cylindrical shell:1||

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