ScholarWorks@Gyeongsang National University: Ahn, Jong Kap

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Ahn, Jong Kap (안종갑)

해양과학대학

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Tel 0557729042
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9310:3||유전알고리즘:2||Genetic  algorithm:2||Genetic algorithm:2||sliding mode control:2||maximum sensitivity:2||genetic algorithm:2||Species composition:2||diesel engine:2||Career  motivation:1||Cascade controller:1||Coastal gillnet fishing:1||Collisions:1||Correlation analysis:1||Corresponding sample ttest:1||Cost structure:1||DOI theory:1||Decoupling:1||Distillation column:1||Entanglements:1||FPSO:1||Fish detecting boat:1||Fishing efficiency:1||Fishing gear deployment:1||Fishing system:1||Frequency analysis:1||Heading control:1||Hofstede cultural dimensions:1||Hofstede 문화차원론:1||Importanceperformance analysis:1||Income structure:1||Independent/paired sample ttest:1||Inside wing net:1||Intentions to remain seafarers:1||Internet communication onboard:1||Jacket cooling water system:1||LCO2C:1||Linear active disturbance rejection control:1||Living lab:1||Lowspeed twostroke main diesel engine:1||Lyapunov stability:1||MATLAB/Simulink:1||MIMO:1||Mariner class vessel:1||Multiple  regression  analysis:1||Nomoto 비선형확장모델:1||Nomoto’s nonlinear expansion model:1||Nonlinear PID controller:1||Nonliner PID controller:1||Offshore eel and crab pot fishing:1||Onboard  training:1||Online social capital of seafarer:1||PID controller:1||Paired  sample  ttest:1||Panel regression:1||Penalty  function:1||Pots:1||Profit structure:1||Questionnaire survey:1||Risk factors for gillnet fishing in floating offshore wind farms:1||Safe fishery:1||Ship movement during fishing operations:1||Ship navigation:1||Snags:1||Social capital:1||TOE framework:1||TagakiSugeno fuzzy  PID  controller:1||TagakiSugeno fuzzy model:1||TagakiSugeno 퍼지 PID 제어기:1||TagakiSugeno퍼지모델:1||Uncertainty:1||advanced fishing gear:1||artificial neural network:1||autonomous ship:1||backstepping control:1||backstepping sliding mode control:1||blowby gas:1||brake power:1||brake thermal efficiency:1||carbon capture:1||carbon dioxide:1||carbon monoxide:1||collectivism:1||control strategy:1||crude oil:1||feedforward control:1||fish caught:1||gas turbine engine:1||hybrid energy system:1||hybrid genetic algorithm:1||improved sliding surface:1||inert gas:1||intention to adopt autonomous ships:1||inventory control:1||living lab:1||loading:1||longterm orientation:1||loss of power supply probability:1||masculinity:1||mobile robot:1||noctanol:1||nitrogen oxides:1||offshore eel & crab trap fishing:1||optimal sizing:1||power distance:1||quadrotor:1||questionnaire survey:1||regulatory response:1||safe fishing procedure:1||seafarers' leisure activities using the internet:1||servo response:1||shipboard culture:1||smoke opacity:1||the forth industrial revolution:1||topside:1||total energy cost:1||triple point:1||uncertainty avoidance:1||감김:1||개인문화가치척도:1||걸림:1||계층화분석법:1||권력거리:1||권현망어구:1||기선권현망어업:1||남성성:1||능동외란제거제어:1||다중회귀분석:1||대응표본 ttest:1||대응표본ttest:1||마리너급 선박:1||벌점함수:1||부유식풍력발전단지내연안자망어업의위험요인:1||불확실성:1||불확실성 회피:1||붕장어:1||비선형PID제어기:1||비용 구조:1||빈도분석:1||사회적 자본:1||선박 내 문화:1||선박항해:1||선수각 제어:1||선원:1||선원의 인터넷 여가 활동:1||수비:1||수익 구조:1||승선실습:1||안전조업:1||어구설치:1||어업시스템:1||어탐선:1||어획성능:1||어획어종:1||연근해 자망어업:1||온라인 사회적 자본:1||유전 알고리즘:1||이익 구조:1||인터넷 커뮤니케이션:1||자동조타시스템:1||자루그물:1||자켓냉각수시스템:1||장기지향성:1||조업중선박이동:1||종조성:1||중요도실행도 분석:1||직업 유지 의도:1||진로동기:1||집단주의:1||충돌:1||캐스케이드제어기:1||통발:1||2행정 저속 디젤 주기관:1||패널 회귀:1||ADRC:1||Analytic hierarchy process:1||Anchovy boat seine:1||Anchovy boat seine fishery:1||Automatic steering system:1||Bag net:1||COGAG:1||CVSCALE:1||

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