ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Oh, Sangwoo

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Oh, Sangwoo (오상우)

해양공공디지털연구본부

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Tel 042-866-3615
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ship detection:6||CMOS image sensor:4||위험유해물질:4||HNS:3||MEMS:3||선박탐지:3||hyperspectral:3||CMOS:3||Silicone Rubber:2||초분광:2||LED:2||Microalgae:2||Smartphone:2||Hydrocarbon Oil:2||Morphological change:2||Flocculation:2||Strain Gauge:2||Lensfree:2||Hyperspectral:2||Android:2||Oil Spill Detection:2||Oil Spill Detection Sensor:2||Maritime search:2||Buoy Type Sensor:2||hyperspectral image:2||spectral mixture analysis:2||hyperspectral imaging:2||CCD:2||Ship detection:2||Diffraction patterns:1||Dunaliella tertiolecta:1||EC50:1||EPS:1||Ecotoxicity testing:1||Ellipse:1||Explosive:1||Exposure:1||Fiber Optic Microbend Sensor:1||Floc analyzer:1||Flow direction measurement:1||Flow velocity measurement:1||Flowcytometry:1||Fluorescence Spectroscopy:1||Fluorescence Spectrum:1||Fluorescence detector:1||Fluorimeter:1||From theory to applications:1||HNS (Hazardous and Noxious Substance):1||HNS Prioritizing system:1||HNS Sensor:1||HNS grouping for Incident Preparedness:1||HNS spill:1||HNS 유출사고:1||Hazard Quotient:1||Hazard and Noxious Substances(HNS):1||Hazardous Noxious Substances:1||Highthroughput:1||Hydrostatic test:1||Hyperbaric chamber:1||Hyperspectral data:1||IMDG:1||IPMC:1||Image Analysis:1||Image analysis:1||Image processing:1||Impact Prediction:1||Insitu Sensor:1||Incident management:1||Introduced foreign organisms:1||Jar test:1||KOMPSAT2/3:1||Korea MultiPurpose SATellite2:1||LC50:1||LSIT:1||Lens free shadow imaging technology:1||LensFree Shadow Imaging Technology (LSIT):1||Lensfree imaging:1||Lensfree imaging and sensing:1||Lensfree shadow imaging:1||Lensfree shadow imaging technology (LSIT):1||Lensfree shadow imaging technique:1||Light Absorption Analysis:1||Lightemitting diode:1||MAMPECBW model:1||Machine learning:1||Marine ecological risk assessment:1||Marine industrial facilities:1||Marine organism:1||Maritime object detection:1||Maritime transport:1||Metal oxide nanoparticles:1||Micro Actuator:1||Micro actuator:1||Microalgae:1||Micromachining:1||NFINDR:1||Nitrate:1||Nitric acid:1||Noxious Liquid Substances (NLS):1||OTDR:1||Oil:1||Oil Thickness Measurement:1||Oil spill:1||Optical Switch:1||PNEC:1||Photodiode:1||Point of testing:1||Prioritization:1||RBC:1||RGB LED:1||Refractive index:1||Refractometer:1||Resaltime monitoring:1||Response operations:1||Risk assessment:1||Risk evaluation:1||SAR:1||Seabed Optical Network:1||Seawater ecotoxicity assessment:1||Seonsor:1||Shadow images:1||Shadow parameters:1||Ship:1||Small object:1||Smarphone:1||Spectral unmixing:1||Spectrophotometer:1||Spill accident risk evaluation:1||Spilled oil analyzer:1||Staining free:1||Surface plasmon resonance (SPR):1||Toxicity:1||Toxicity test:1||Underwater Cable:1||abundance fraction:1||actuator:1||airborne:1||airborne experiment:1||aircraft remote sensing:1||algorithm:1||atmospheric correction:1||automatic cell analysis algorithm:1||biolayer interferometry:1||biomass:1||cell counting:1||clustering algorithms:1||coastal region:1||colormapping:1||comb drive:1||competitive assay:1||continuous glucose monitoring:1||cytometer:1||drop test:1||endmember:1||energy:1||fringing force:1||glucose dialysis method:1||greater displacement:1||hazardous and noxious substance:1||hyperspectral remote sensing:1||lensfree:1||lensfree cell analyzer:1||maritime vessel detection:1||micro particle:1||needletype sensor:1||optical image:1||optical remote sensing:1||polydimethylsiloxane (PDMS):1||pyrolysis:1||reagentfree:1||realtime monitoring:1||reflectance:1||reliability:1||remote sensing:1||satellite optic image:1||sawtooth finger:1||shadow image:1||ship periphery:1||ship shadow:1||shock:1||simulation:1||small object detection:1||spectrum:1||sustainability:1||telemedicine:1||underwater monitoring:1||unsupervised machine learning:1||vessel detection:1||viability analysis:1||white LED:1||가상사고:1||광학 영상:1||국제해상운송위험:1||금속나노입자:1||기름:1||기름두께측정:1||노출:1||대응활동:1||데이터베이스:1||독성:1||독성시험:1||렌즈프리 그림자 이미징 기술:1||머신러닝:1||무영향예측농도:1||미세조류:1||바이오매스:1||반사도:1||반수영향농도:1||반수치사농도:1||부식성:1||부이 형태 센서:1||사고관리방안:1||선박그림자:1||센서:1||스트레인 게이지:1||스펙트럼:1||실리콘 고무:1||실시간 모니터링:1||아리랑2호:1||열분해:1||예측환경농도 모델:1||우선순위:1||원격탐사:1||위해성평가:1||위험·유해물질:1||유류 자원화:1||유류계 탄화수소:1||유출사고 위험평가:1||유출사고대비물질군:1||유출유 탐지:1||유출유 탐지 센서:1||유해액체물질(NLS):1||유해지수:1||응집:1||응집분석기:1||인공지능:1||자테스트:1||질산:1||질산염:1||청색레이저:1||포토다이오드:1||폭발성:1||피해예측:1||해상 객체 탐지:1||해상운송:1||해양산업시설:1||해양생물:1||해양생태위해성평가:1||해양수색:1||현장탐지 센서:1||형광 광도계:1||형광 분석법:1||형광 스펙트럼:1||화학물질우선순위선정시스템:1||3D microfluidic channel:1||흡광광도분석법:1||3D printing:1||3Dprinted molds:1||Absorption Image:1||Accident scenario:1||Airborne imaging:1||Algorithm:1||Artificial intelligence:1||Automated algorithm:1||Bacterial cells:1||Ballast water:1||Bioassay:1||Biofilms:1||Biomimetic optical sensor:1||Blue Laser:1||CRS 시스템:1||Cell analysis:1||Cell analyzer:1||Cell viability:1||Cellytics:1||Chemical Ranking and Scoring System:1||Complementary metal oxide semiconductor image sensors:1||Corrosive:1||Crude oil detector:1||Curvature Measurement:1||Database:1||Deep learning:1||Deformation:1||Depth perception:1||

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