ScholarWorks@Hongik: Lee, Seung hyun

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Lee, Seung hyun (이승현)

Science & Technology (Architectural Engineering)

Research Area: 건축시공 및 건설관리 공학

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optimization:3||Optimization:3||DACUM:3||생산성:3||Engineering education:2||Automatic Data Acquisition:2||Cutting and Bending of ReBar:2||교육시설물:2||Reinforcing Steel Work:2||Work Zone Information:2||GLSL 4.3:2||earthmoving:2||Multimedia lecture:2||철근가공:2||Practical training:2||DMAIC:2||Architectural engineering practices:2||최적화:2||bridge deck maintenance:2||process model:2||productivity:2||Productivity:2||Quantity Takeoff:2||BLE Beacons:2||경제성:2||construction:2||Quantity Takeoff Algorithm for ReBar:2||Computer networks:1||Concentration polarization:1||Conductive textile:1||Construction Cost Management:1||Construction Jobsite Productivity:1||Construction Productivity:1||Construction Productivity Management:1||Construction Time Duration:1||Construction management:1||Construction productivity:1||Construction site:1||Construction time duration:1||Convectiondiffusionelectrophoretic migration (CDE) model:1||Correlation analysis:1||Cost Analysis:1||Cracking Resistance:1||Data security:1||Deformable Object Simulation:1||Deformable object:1||Delphi Method:1||Diffusivity:1||Dizziness:1||Dynamic Simulation(다이내믹 시뮬레이션):1||Dynamo:1||Earthmoving:1||Earthwork Planning:1||Economic Efficiency:1||Educational Facilities:1||Emergency Construction Work:1||Energy Ratio:1||Equivalent Uniform Annual Cost (EUAC):1||Estimate of Quantity Installed:1||Euro Forms:1||Euro form:1||Extension and Rebuilding Year:1||Factor Analysis:1||Failure mode and effects analysis:1||Floor detection:1||GLSL:1||GPGPU:1||GPU parallel computing:1||GPU parallel processing:1||GPU 병렬처리:1||Gait Measurement:1||Genetic Algorithm:1||Head Mounted Display:1||Hydrogenbased membrane biofilm reactor:1||Image Processing:1||Image Processing Prototype Model:1||Image Processing Technology:1||Image processing:1||Implicit Constraint Enforcement(묵시적 제한법):1||Indoor positioning system:1||Korea:1||LeastCost Path:1||Local area networks:1||Loss of Productivity:1||Maintenance Costs:1||Manhours Measurement:1||Massspring system:1||Microdamage:1||Multi Sensors:1||Multiobjective optimization:1||Nanofiltration:1||No value added:1||Optimal Algorithm:1||Optimization Model:1||Otolithiasis:1||PC Structure:1||PC구조:1||PetriNet Simulation:1||Petrinet simulation:1||Physicallybased simulation:1||Process Improvement:1||Process Simulation:1||Process simulation:1||Project Schedule:1||Quantity estimate installed:1||RSSI:1||Rehabilitation:1||Reliability Analysis:1||Repair:1||Reverse osmosis:1||Risk factors:1||Risk management:1||SBS Modifier:1||Safety:1||Safety Management System:1||Selenate:1||Sherwood relationship:1||Smart Device:1||Smart Helmet:1||Smartphone:1||Stairs:1||Steel Structure:1||TCTO:1||TimeCost TradeOff Model:1||TimeCostTradeOff:1||Transportation Theory:1||Triangulation:1||Unit productivity data:1||Unity:1||Virtual Reality:1||WBS:1||Walking Analysis:1||Waste factors:1||WebCyclone:1||Webcyclone:1||Wedge Connectors:1||Weighted factor method:1||Worker:1||Worker Detection Algorithm:1||Worker Tracking Algorithm:1||and biobjective optimization:1||and cost benefit analysis:1||automatic data acquisition:1||borrow pit:1||bridge management system:1||bruteforce algorithm:1||compensation cost by noise restriction:1||construction scheduling:1||construction site:1||construction work crew&apos:1||critical path method:1||data mining:1||deformable object simulation:1||deterministic:1||earthmoving logistics:1||earthmoving scheduling:1||economic efficiency:1||equipment utilization:1||fall:1||friction test:1||highway construction:1||iPhone 5:1||image processing technology:1||improvement model:1||life cycle cost analysis of bridge decks:1||linear programming:1||linear scheduling method:1||linear/integer programming:1||marker:1||monte carlo simulation:1||multiobjective optimization:1||noise control:1||normal boundary intersection method:1||onsite steel processing:1||optimization models:1||parallel graphic processing:1||pareto frontier:1||pavement marking removal:1||present value:1||probable unit cost:1||quantity survey:1||queue:1||repetitive process:1||s productivity:1||safety helmet:1||schedule optimization:1||scheduling model:1||school facilities. Building information modeling:1||seal coating:1||service life:1||simulation:1||smart helmet:1||smart shoes:1||spoilbank &:1||stairs:1||system model:1||threeaxis accelerometer sensor:1||traffic stripe removal:1||transportation model:1||webcyclone:1||weighted sum method:1||work support:1||worker safety:1||개･보수:1||건설공정:1||공기비용 상관관계:1||공기비용 트레이드오프 모델:1||공사비 관리:1||공정최적화:1||공학교육:1||낭비요인:1||델파이 기법:1||돌관공사:1||멀티미디어 강의:1||물량산출:1||물량산출 알고리즘:1||물리기반 시뮬레이션:1||블루투스 통신:1||비부가가치:1||비콘:1||상관분석:1||샌드위치패널공사:1||생산성 저해요인:1||선형계획법:1||설치위치정보:1||소음제한:1||스마트 안전모:1||시뮬레이션:1||신뢰도분석:1||실무교육. 건축공학실무:1||쐐기형 접합장치:1||안드로이드:1||안전관리 시스템:1||요인분석:1||유전자 알고리즘:1||유지보수비:1||작업분류체계:1||작업조 생산성:1||증･개축연도:1||천 시뮬레이션:1||철골구조:1||철근공사:1||철근물량산출:1||최소비용 경로분석:1||최적화 모델:1||토공사 운반계획:1||패널공장가공:1||프로세스 개선:1||프로세스모델:1||현장 생산성 관리:1||3 types of buffers:1||환경분쟁 비용:1||3D Free Form Deformation:1||6Sigma:1||6시그마:1||A*:1||AR:1||Actual Installed Quantity Measurement:1||Algorithm:1||Aluminum Form:1||Analytic hierarchy process:1||Android:1||Asphalt Mixture:1||Automatic data acquisition:1||BIM:1||BIM integration:1||BLE beacon:1||Bacterial byproducts (BBP):1||Biofouling:1||Bluetooth Communication:1||Bridge Management System (BMS):1||Building Information Modeling:1||Chromate:1||Cloth Modeling(옷 시뮬레이션):1||Cloth simulation:1||Collision Detection:1||Color Histogram:1||Communication technologies:1||

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94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1314

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