ScholarWorks@Hongik: Son, Jae ho

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Son, Jae ho (손재호)

Integrated AID Science and Technology (Archhitectural Engineering)

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교육시설물:9||BTL:5||optimization:4||Project Management:3||생산성:3||Construction Cost Estimation:3||BTL project:3||DACUM:3||Optimization:3||linear programming:3||Process:2||maintenance bundle:2||Engineering education:2||Productivity:2||Direct payment:2||optimization models:2||Project Cycle Time1. IntroductionFrom the automotive industry to process industries and from information technology to ecommerce:2||process model:2||Exhibition Design:2||a professional theater:2||Pull Size Orchestra Shell:2||Exhibition Management:2||Architectural engineering practices:2||repair and replacement cycle:2||체크리스트:2||Extrude the stage:2||최적화:2||브런치 앤 바운드 알고리즘:2||컴플리트 링키지 알고리즘:2||reverberation time(RT60):2||branch and bound algorithm:2||Reduction Techniques:2||Checklist:2||Claim:2||설계 프로세스:2||complete linkage algorithm:2||수선교체주기:2||Moveable Stage Reflector:2||Multimedia lecture:2||Construction Scheduling:2||Retention Money:2||Artificial Neural Network:2||Education Facilities:2||todays business relies on justintime capacity en:2||critical path method:2||Adjustable stage:2||Stage Support:2||Critical Success Factor:2||회귀분석:2||Subcontract:2||Taekwon Dance:2||경제성:2||Taekwondo:2||Theater construction:2||Performance:2||인공신경망:2||Engineering Process.:2||Plant project:2||Practical training:2||Optimization Model:1||Overseas Construction Market:1||PC Structure:1||PC구조:1||PHC pile:1||PetriNet Simulation:1||Physical Performance:1||Planning·Design Stage:1||Process Simulation:1||Program Management:1||Project Schedule:1||Random Forest:1||Rebar Processing Plant.:1||Recycled Fine Aggregate:1||Regression Analysis:1||Regression analysis:1||Regular inspection:1||Repair:1||Residential Complex Development:1||Risk:1||SMART Education:1||Seismic Retrofit:1||Selfcapability Assessment:1||Steel Structure:1||TCTO:1||TimeCost TradeOff:1||TimeCost TradeOff Model:1||TimeCostTradeOff:1||Total Project Management System(TPMS):1||Transportation Theory:1||VFM Evaluation:1||VFM평가:1||VOCs:1||WBS:1||WebCyclone:1||Webcyclone:1||Wedge Connectors:1||Weight tracking system:1||Weighted factor method:1||assessment of economical efficiency:1||automated equipment:1||automatic data acquisition:1||borrow pit:1||bruteforce algorithm:1||budget breakdown:1||compensation cost by noise restriction:1||compressive strength:1||construction scheduling:1||construction work crew&apos:1||correlation:1||cost analysis:1||cost breakdown:1||costs:1||demand forecasting:1||earned value:1||earthmoving:1||earthmoving logistics:1||earthmoving scheduling:1||economic efficiency:1||educational facilities:1||equipment utilization:1||fatigue:1||frequency:1||image processing technology:1||integer programming:1||life cycle cost analysis	1. IntroductionWith the rapidly growing population of metropolitan areas:1||linear scheduling method:1||linear/integer programming:1||machine learning:1||noise control:1||nonlinear programming:1||onsite steel processing:1||outliers:1||pile driver:1||productivity:1||prototype:1||public health administrative cost:1||quantity survey:1||reliability analysis:1||repetitive process:1||s productivity:1||schedule optimization:1||scheduling model:1||school facilities. Building information modeling:1||servo system:1||sewer management:1||specimen shape:1||spoilbank &:1||stress level:1||system model:1||the deteriorated water:1||the old sewers are constantly challenged to meet the growing demand for sewers. In Korea:1||transportation model:1||vertical control:1||webcyclone:1||work breakdown:1||가변무대:1||개･보수:1||건설공정:1||경제성평가:1||고정식 음향 반사판:1||공기비용 상관관계:1||공기비용 트레이드오프 모델:1||공사비 관리:1||공사비 예측:1||공사비 측:1||공사비예측:1||공연장 건립:1||공정최적화:1||공학교육:1||교육시설 공사비:1||그린스쿨:1||기성콘크리트 파일공사:1||기획·설계 단계:1||내진보강:1||대가직접지급:1||돌관공사:1||돌출무대:1||딥러닝:1||리스크:1||멀티미디어 강의:1||몬테카를로 시뮬레이션:1||무대지수:1||물량산출:1||물리적 성능:1||배합설계:1||비용 예측:1||색채계획:1||샌드위치패널공사:1||서보시스템:1||선형계획법:1||소음제한:1||순환 잔골재:1||스마트 교육:1||시뮬레이션:1||신뢰성분석:1||실내공기오염:1||실내공기질:1||실무교육. 건축공학실무:1||쐐기형 접합장치:1||연직 자동제어:1||연직도:1||운영관리:1||운영관리 번들:1||운영관리방안:1||위생관리비:1||유보금:1||유전자 알고리즘:1||유지관리:1||유지관리비용:1||유지보수비:1||음악명료도:1||이동식 음향반사판:1||인공신경망모델:1||일간작업관리:1||일상점검:1||입면 개선:1||자가역량 평가:1||자동화 장비:1||자재관리:1||작업분류체계:1||작업조 생산성:1||잔향시간:1||전문공연장:1||전시디자인:1||전시사업관리:1||점검기준:1||점검시간:1||정기점검:1||종합사업관리시스템:1||주거단지개발:1||증･개축연도:1||철골구조:1||철근가공:1||철근가공플랜트:1||최소비용 경로분석:1||최적화 모델:1||콘크리트 벽돌:1||클레임:1||태권도:1||태권무:1||토공사 운반계획:1||파일드라이버:1||패널공장가공:1||퍼포먼스:1||평가모델:1||포름알데히드:1||프로그램 관리:1||프로세스:1||프로세스모델:1||프로젝트 관리:1||프로토타입:1||플BTL 사업:1||플랜트 프로젝트:1||하도급계약:1||해외건설:1||핵심성공요인(CSF):1||환경분쟁 비용:1||3 types of buffers:1||휘발성 유기화합물:1||A*:1||ANN(Artificial Neural Network):1||AdaBoost:1||Algorithm:1||BIM integration:1||BTL 사업:1||BTL 프로젝트:1||BTL(Build Transfer Lease):1||Building Information Modeling:1||CM Infra:1||CM인프라:1||Color Planning:1||Compressive Strength:1||Concrete:1||Concrete Brick:1||Construction Cost Management:1||Construction Cost of Educational Facility:1||Construction Productivity:1||Construction Time Duration:1||Construction worker��s health monitoring:1||Daily Work Management:1||Daily inspection:1||Deep Learning:1||EPC project:1||EPC 프로젝트:1||Earthmoving:1||Earthwork Planning:1||Economic Efficiency:1||Educational Facilities:1||Educational Facility:1||Educational facilities:1||Educational facility:1||Emergency Construction Work:1||Engineering Process:1||Evaluation Model:1||Extension and Rebuilding Year:1||FSR sensor:1||Facade Improvement:1||Genetic Algorithm:1||Gradient Boosting:1||Green School:1||HCHO:1||Indoor air pollution:1||Indoor air quality(IAQ):1||Inspection criteria:1||Inspection time:1||Korea construction:1||LeastCost Path:1||MLbased classification analysis:1||Machine Learning:1||Maintenance:1||Maintenance Costs:1||Maintenance cost:1||Material Management:1||Mix Design:1||Monte Carlo Simulation:1||Musculoskeletal disorders:1||Operation and Maintenance:1||

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