ScholarWorks@Soongsil University: Ahn, Tae Ho

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Ahn, Tae Ho (안태호)

College of Business Administration (School of Business Administration)

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RCPSP:7||SRCPSP:4||Patent Strategy:3||Project Scheduling:3||R&:3||Organizational Culture:3||프로젝트:2||프로젝트 불확실성:2||프로젝트 선정:2||Project Portfolio:2||D:2||제안 프로젝트:2||A* Algorithm:2||Risk Factors:2||Risk Management:2||Project Selection:2||Project Uncertainty:2||Artificial Intelligence:2||4th Industrial Revolution:2||Proposal Project:2||Portfolio:2||FMEA:2||PathFinding:2||포트폴리오:2||Electrical Generation Expansion Planning:1||Electrical component failure:1||FJSP:1||Freedom of Information:1||Genetic algorithm:1||Heuristic Procedure:1||Heuristicalgorithm:1||Human error type:1||Human performance:1||ICT Project:1||Innovation Patent Strategy:1||JustInTime(적기공급생산):1||KOGL:1||MCDM:1||MIP:1||Manager’s Competency:1||Map Pattern Index:1||Multiattribute:1||Naval port:1||Naval vessels:1||Nuclear Safety:1||Occupational knowledge:1||Open Data:1||Open Government Data:1||Open Platform:1||Optimal Solution:1||Optimalsolution:1||Patent Analysis:1||Patent Development:1||Patent Risk:1||Patent Utilization:1||Payoff Estimation:1||Penalty method:1||Personnel Job Competency:1||Phased schedule:1||Portfolio Selection:1||Principal Component Analysis:1||Project Duration:1||Project Management:1||Project Result:1||Project Scheduling Problem:1||Proposal:1||Public Domain:1||Publicservice Customer satisfaction Index:1||Quality Management:1||Qualitylevel:1||R&D:1||Relationship conflict:1||Resource constraints:1||Resumebased job recommendations:1||Rework:1||Role Conflict:1||Root cause:1||Routing Optimization:1||Schedule optimization:1||Scheduling:1||Semiconductor Quality Management:1||Shared Research Facility Services:1||Simulation:1||Software Proposal:1||Supply Chain(공급사슬):1||Swiching intention:1||Technology Competitiveness:1||Tradeoffs:1||Transformers models:1||Traveling Purchaser Problem(순회구매자문제):1||Uncertain Project List Case:1||Uncertainty:1||Uncertainty of Resources:1||Venture/SME Technology Competitiveness:1||WASP:1||Wafer Bin Map:1||Yield:1||ZEUS:1||ZEUS(Research Equipment Utilization Service):1||Zonal Analysis:1||cluster:1||container terminal:1||deep learning:1||hatch현재 국제시장은 단일화 및 개방화의 추세에 따른 국제무역의 양적인 증대와 기존의 운송방법에 컨테이너라는 규격화된 용기를 사용하는 복합화물운송(multimodal transportation) 및 일괄 수송체계의 보편화로 인해 컨테이너 수송량은 급속히 증대되고 있으며:1||mediating effect:1||participate benefit:1||partocopate motivation:1||satisfaction:1||share research facilities and equipment:1||simulated annealing:1||stowage planning:1||가동률:1||개인 직무역량:1||경로 최적화:1||고객만족도지수:1||고객의 수요에 대응하고 비용감소를 통해 타 선사:1||과업갈등:1||관계갈등:1||관리자 역량:1||군항:1||기술경쟁력:1||단계별 일정:1||딥러닝:1||만족도:1||불확실성:1||불확실한 프로젝트 목록:1||선석할당문제:1||성과:1||업무기술:1||업무지식:1||역할갈등:1||연구시설/장비:1||연구장비 공동활용:1||연구장비활용포털:1||오토캠핑:1||의사소통:1||이력서 기반 직무 추천:1||일정 최적화:1||자원의 불확실성:1||자원제약:1||자원제약을 고려한 프로젝트의 일정 문제:1||재작업:1||전환의도:1||조직문화:1||지속사용의도:1||참여동기:1||참여편익:1||최적해법:1||케이블 경로:1||케이블 관리:1||트레이 경로:1||트레이드오프:1||트렌스포머 모델:1||특허리스크:1||특허전략:1||포트폴리오 관리:1||포트폴리오 선택 문제:1||품질경영:1||프로젝트 수익 추정:1||프로젝트 일정:1||프로젝트 일정 문제:1||프로젝트 일정관리:1||프로젝트 활동기간:1||프로젝트일정관리:1||해군함정:1||혁신특허전략:1||혼합정수계획법:1||휴리스틱 기법:1||휴리스틱 알고리즘:1||4차 산업혁명:1||AHP model:1||AHP(Analytic Hierarchy Process):1||Activitiyquality:1||Autocamping:1||Available rate:1||Berth allocation:1||Bid Evaluation Criteria:1||Bid Process Evaluation Priority:1||Business Performance:1||CCL:1||Cable Management:1||Cable Routing:1||Cable Tray Routing:1||Communication:1||Competing Values Model:1||Continuous intention to use:1||Copyrighted Public Records:1||D Project:1||D 프로젝트:1||Dataset:1||Defense R&:1||EDS:1||

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