ScholarWorks@Hanyang University ERICA Campus: CHOI, JEE WOONG

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CHOI, JEE WOONG (최지웅)

ERICA 첨단융합대학 (ERICA 지능정보양자공학전공)

Research Area: 수중음향학

Tel 031-400-5531
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Sound propagation:5||음파전달:5||Reverberation:5||잔향음:4||OCEAN:3||Bistatic sonar:3||FLOW3D:3||RMA2:3||Transmission loss:3||Bistatic reverberation:2||sound propagation:2||Channel estimation:2||전달손실:2||Yellow Sea:2||SAVEX15 (Shallowwater Acoustic Variability Experiment 2015):2||Target echo signal:2||target motion analysis:2||hydraulic model:2||지음향 역산:2||Fluid mud:2||acoustic characteristics:2||Bottom loss:2||Deep learning:2||acoustic modeling:2||numerical model:2||소나성능분석모델:2||클로로폼:2||클릭:2||underwater acoustic sensor network:2||underwater ambient noise:2||수동 음향 관측:2||Highlight:2||HwaBuk Multipurpose Dam:2||optimal deployment:2||수중소음:2||particle swarm optimization:2||Acoustic vector sensor:2||Sonar performance analysis model:2||East Siberian Sea:2||Chloroform:2||Underwater acoustic communication:2||해저면 반사손실:2||ray tracing:2||bottom bounce path:2||Particle velocity:2||Geoacoustic inversion:2||Underwater noise:2||Detection of Envelope Modulation on Noise (DEMON):2||Passive acoustic monitoring:2||Arctic Ocean:2||음향 탐지:2||딥러닝:2||Click:2||Reverberation model:2||Ambient noise:2||반사손실:2||Root Mean Squared (RMS) delay spread:2||Communication data:1||Convolution neural network:1||Current velocity:1||Cylindrical spreading:1||DECISIONFEEDBACK EQUALIZER:1||DEMON 그램:1||DEMONgram:1||DIPDAFPFD:1||Daytime vertical distribution:1||Delays:1||Detection Probability:1||Detection Range:1||Detection performance analysis:1||Different shapes:1||Directional diversity:1||Directionality:1||Dispersion:1||Dispersion curves:1||Distributed fusion:1||Eq:1||EXPERIMENT KAUAIEX:1||East Siberian shelf:1||Echolocation clicks:1||Energy spectral density:1||Euphausia pacifica:1||False target:1||Faster RCNN (Region based Convolutional Neural Networks):1||Finless porpoise:1||Frequency Dependence.:1||Frequency line extraction:1||Frequency ranges:1||Furthest On Circles(확장형 탐색구역):1||GRAZING ANGLES:1||Genetic Algorithm(유전자 알고리즘):1||Geoacoustic inversion PACS numbers: 43.30. Ma:1||Geoacoustic parameters:1||Geological environmental information:1||Ground wave:1||HIGHFREQUENCIES:1||Harmful algal blooms (HABs):1||Head wave:1||Hearing loss:1||HighFrequency Bottom Loss (HFBL):1||HighFrequency Bottom Loss (HFBL) 모델:1||Highfrequency bistatic sea surface scattering:1||Hybrid optimization:1||Hydrodynamic noise:1||Hydrophones:1||IndoPacific bottlenose dolphin:1||InterPulse Interval (IPI):1||Interacting Multiple Model:1||Interacting approach:1||Internal waves:1||LIPDA:1||Lab experiment:1||Line array sonar system:1||Matching pursuit algorithms:1||Maximum excess delay:1||Measurements of:1||Modal dispersion:1||Monte Carlo methods:1||MultiStatic(다중상태):1||Multipath:1||Multisensor target tracking:1||Multitarget tracking cluttered environments:1||Noise:1||Noise level:1||OOS information:1||Ocean currents:1||Ocean environment:1||Ocean noise:1||Ocean waveguide:1||Offshore wind farm:1||Offshore wind turbine:1||Operational noise:1||Optimal Deployment(최적 배치):1||Optimal Search Pattern:1||Optimal deployment:1||Outofsequence tracks:1||Partial information feedback:1||Particle Swarm Optimization (PSO):1||Particle size distribution:1||Passive Signal Excess(수동 신호초과):1||Passive acoustics:1||Passive source localization:1||Passive timereversal:1||Peak source level:1||Performance Surface:1||Performance Surface(성능 지표):1||Precisionrecall:1||Predictive probability of detection:1||Primary resonant frequency:1||REFLECTION:1||ROUGHNESS MODEL:1||Rayleigh parameter:1||Rayleigh reflection coefficient:1||Rayleigh reflection model:1||Rayleigh reflection 모델:1||Realtime observation system:1||Receivers:1||Reflection:1||Reflection Model:1||Reflection loss:1||Reliable communication:1||Resonance frequency:1||Resonant frequency:1||Reverberant environment:1||Root Mean Square (RMS) Doppler spread:1||Root Mean Square (RMS) wave height:1||Root Mean Squared(RMS) 지연확산:1||SANDY SEDIMENT:1||SCATTERING:1||SEA:1||SEDIMENT:1||SHALLOWWATER:1||SIMULATION:1||SITE:1||SOUND GENERATION:1||SPATIALCORRELATION:1||STRENGTH:1||SURF ZONE:1||SURFACE:1||Scattering cross section:1||Scattering function:1||Scattering pathfinding algorithm:1||Sea surface bubble scattering:1||Sea surface roughness:1||Sea surface wavenumber spectrum:1||Seafloor volume scattering:1||Semantic segmentation:1||Sex:1||Shallow water acoustics:1||Shallow water channels:1||Shallow waters:1||Ship density:1||Shipradiated noise:1||Side scan sonar:1||Signal Excess:1||Signal to noise ratio:1||SignaltoInterferenceplusNoise Ratio:1||Single hydrophone:1||Single vector sensor:1||Size estimation:1||Soliton:1||Sonar performance modeling:1||Sound frequency:1||Spatial coherence:1||Spectrum levels:1||Sperm whale:1||Spherical spreading:1||Statistical properties of scattered signals:1||Sunken HNS:1||Sunken Hazardous and Noxious Substances:1||Surface roughness:1||Suspended sediment:1||Suspended sediment concentration:1||Suspended solid concentration:1||Symbol duration:1||Symbol interval to Delay spread Ratio in reverberant environment (SDRrev):1||Symbols:1||TRANSDUCER ARRAY:1||Target strength:1||Tidal currents:1||Time reversal technique:1||Time series simulation:1||Timereversal diversity:1||Track origin uncertainty:1||Transition point:1||Turbulent pressure:1||TwoLayered Sediment:1||Uldolmok tidal current pilot power plant:1||Ultrasonic acoustic system:1||Ultrasound attenuation coefficient:1||Underwater acoustic communications:1||Underwater acoustic uncertainty:1||Underwater object detection:1||Underwater sound channel:1||Underwater target:1||Unequal dimensions:1||VARIABILITY:1||Vectors:1||Vertical angle:1||Vertical line array:1||Vocalization:1||Volume backscattering strength:1||Vortex flow:1||Weighting diversity:1||Zebrafish:1||acoustic arrays:1||acoustic backscatter intensity:1||acoustic impedance:1||acoustic intensity:1||acoustic measurements:1||acoustic volume backscattering strengths:1||acoustic volumebackscattering strengths:1||acoustic wave scattering:1||acoustic waveguides:1||ambient sound:1||anthrophony:1||array tilt:1||attenuation coefficient (α):1||backscatter:1||bidirectional equalization:1||bottom depth:1||channel compensation:1||coastal geoacoustic:1||communication performance surface:1||density and sound speed ratios:1||directional diversity:1||dispersion curves:1||distributed tracking:1||feedforward neural network:1||ferromanganese crust:1||fluidsphere scattering model:1||generalized cross correlation:1||geoacoustic inversion:1||geoacoustic model:1||geoacoustic property:1||harmful algal bloom:1||harmful algal blooms:1||head waves:1||impact pile driving:1||individual and multiple fishes:1||longrange communication:1||machine learning:1||marine environment:1||multiple asynchronous BO sensors tracking:1||ocean environment variability:1||offshore wind turbine:1||operational noise:1||parabolic equations:1||particle velocity:1||particle velocity channel:1||passive time reversal:1||performance surface:1||precursor arrivals:1||qfunction:1||realtime monitoring:1||reflection loss:1||rotor speed:1||sample covariance matrix:1||sea ice:1||seabed classification:1||seafloor observation:1||seamounts:1||sediments:1||seismic airgun sound:1||seismic airgun sounds:1||seismic airguns:1||shipboard multibeam survey:1||single vector sensor:1||sound attenuation:1||sound speed gradient:1||source localization:1||source range estimation:1||source signature:1||temperature of intromission:1||time reversal combining:1||tower vibration:1||track management:1||transmission loss:1||underwater acoustic communication:1||underwater acoustic communications:1||underwater acoustic propagation:1||underwater noise:1||underwater sound:1||vector sensor node:1||virtual forceparticle swarm optimization:1||volume backscattering strength (Sv):1||warping:1||watercastor oil interface:1||wind speed:1||감쇠계수:1||공간 코히런스:1||공진주파수:1||관심영역 기반 컨볼루션 신경망:1||구형 분산:1||기포 분포:1||기포 크기:1||남방큰돌고래:1||내부파:1||다중경로:1||단일 벡터센서, 채널 파라미터 기반 가중 방법:1||대표반향점:1||도달시간 차이:1||레일리 반사계수:1||모드분산:1||바이모달:1||반사:1||반사 모델:1||반향정위 클릭음:1||방위 오차:1||변환점:1||부니층:1||부유퇴적물:1||부유퇴적물 농도:1||분산:1||블록기반 시역전 기법:1||사이드 스캔 소나:1||산란 함수:1||산란경로 탐색 알고리즘:1||산란단면적:1||산란신호의 통계적 특성:1||상괭이:1||선 배열 소나:1||선두파:1||소음준위:1||솔리톤:1||수동 시역전:1||수리모형:1||수조 실험:1||수중 표적:1||수중물체탐지:1||수중음향 불확정성:1||수직각:1||수직선배열센서:1||수치모형:1||시간영역 신호모의:1||식별:1||신호대간섭잡음 비:1||신호초과:1||양상태 소나:1||양상태 잔향음:1||양상태소나:1||예상탐지확률:1||울돌목 시험조류발전소:1||원통형 분산:1||유성머드:1||음파전달 모델링:1||음향 탐지 성능 분포도:1||음향 파라미터:1||음향채널:1||의미론적 분할:1||이층 구조 퇴적층:1||입자군집최적화:1||입자분포 특성:1||잔향음 모델:1||저층 침적 위험·유해물질:1||저층 침적 위험유해물질:1||전달 손실:1||정밀도재현율:1||주변 소음:1||주파수 종속:1||주파수선 추출:1||지면파:1||지음향 인자:1||지질환경:1||천해 음향학:1||초음파 대역 감쇠계수:1||최적배치:1||최적탐색패턴:1||캐비테이션:1||크기 추정:1||탐지거리:1||탐지성능 분석:1||탐지확률:1||턱수염물범:1||펄스 간 간격:1||표적 반향 신호:1||표적 반향신호:1||표적강도:1||피마자유:1||하이라이트:1||합성곱 신경망:1||해상풍력단지:1||해양 소음:1||해양도파관:1||해저면 반사:1||해저면 반사 경로:1||해저면 저질:1||향고래:1||허위표적:1||화북다목적댐:1||후방산란:1||3 dimensional target modeling:1||후방산란강도:1||3차원 표적신호 모델링:1||43.30.pc:1||500W light bulbs:1||AMBIENT NOISE:1||ATTENUATION:1||Acoustic Detection:1||Acoustic characteristic:1||Acoustic characteristics:1||Acoustic communications:1||Acoustic detection:1||Acoustic interaction:1||Acoustic noise:1||Acoustic noise measurement:1||Acoustic parameters:1||Acoustic propagation:1||Acoustic propagation modeling:1||Active Signal Excess(능동 신호초과):1||Air gun sounds:1||Ambient Noise:1||AntiSubmarine Helicopter(대잠헬기):1||Arctic ocean:1||Array invariant:1||Arrival time difference:1||Artificial bubble:1||Attenuation coefficient:1||BOTTOM:1||Backscattering:1||Batch estimation:1||Bearded seal:1||Bearing error:1||Bearingonly target motion analysis:1||Bidirectional blockbased time reversal (BiBTR):1||Bimodal:1||Blockbased time reversal:1||Bottom Loss:1||Bottom backscattering:1||Bottom bounced path:1||Bottom reflection:1||Bottom roughness:1||Bottom type:1||Bubble distribution:1||Bubble pulse periods:1||Bubble size:1||CHANNEL:1||CHINA SEA:1||COLUMN:1||Castor oil:1||Cavitation:1||Channel impulse respo:1||Channel parameterbased weighting:1||Chattonella antiqua:1||Classification:1||Coherence bandwidth:1||Coherence time:1||Common dolphin:1||Communication channels (information theory):1||

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