ScholarWorks@Gyeongsang National University: Yun, Seok Heon

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Yun, Seok Heon (윤석헌)

공과대학 (건축공학부)

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BIM:33||내역서:6||4D CAD:5||개산견적:5||Rebar:4||빌딩 인포메이션 모델링:3||물량산출:3||VA  CoMACS:3||건물정보모델:3||4D:3||construction cost estimation:3||3D CAD:3||GIS:3||cost estimation:3||BIM(Building Information Modeling):3||Productivity:3||Machine Learning:3||견적:3||QDB:2||유지관리:2||Maintenance Management:2||공사비예측:2||3D:2||Topdown Method:2||Quantity Estimation:2||Construction Model:2||Construction Period:2||TowerCrane Selection:2||Transparency:2||작업분류체계:2||공정관리:2||rebar work:2||VirtualReality(VR):2||기술개발:2||rebar detailing:2||Construction Simulation:2||reinforced concrete structures:2||데이터베이스:2||Rebar Work:2||Receiving Low Price:2||Mockup:2||철근:2||철근 상세:2||shop drawing:2||AHP:2||철근공사:2||머신러닝:2||철근콘크리트 구조물:2||Reinforcing Bar Details:2||BTL Projects:2||ANN:2||타워크레인:2||standard manufacturing shape:2||Risk management:2||Importance:2||4D Simulation:2||building construction:2||퍼지 이론:2||Combinative Construction Schedule Creation Method:2||SLA:2||Integrated system:2||Schedule delay:2||Constructability:2||conceptual cost estimate:2||An Improved Selection Procedural Model:2||한옥:2||Placing Drawing:2||Selection Model:2||회귀분석:2||건물정보모델링:2||LOD (Level of Development):2||Database:2||Simplification:2||성능분석:2||Simulation:2||Architectural Construction Simulation System:2||건축시공시뮬레이션:2||Delay days:2||Process control:2||Steel Construction:2||Steel Erection:2||Productive Factor:2||manufacturing system in plant:2||Machine learning:2||공동주택:2||공사기간:2||Log:1||Maintenance Management System:1||Mechanical engineering:1||Missing Data:1||Modeling:1||Modular Construction:1||Monte Carlo Simulation:1||Navigation system:1||Nonworking day:1||Nonslip:1||Normalization:1||Over   fitting:1||PBS:1||Performance Analysis:1||Performance measurement:1||Plant Maintenance:1||Point Cloud:1||Preliminary Cost Estimation:1||Preliminary Estimate:1||Preprocessing Algorithm:1||Prevention:1||Probabilistic Analysis:1||Process:1||Progress management:1||Public Construction Projects:1||Quality:1||Quantity TakeOff:1||Quantity Takeoff:1||RFID:1||Recognition of Steel Frame Material:1||Regression analysis:1||Residential house:1||Risk Weight:1||Robotic tower crane:1||Role of client:1||Ror:1||SCM (Supply Chain Management):1||Safety management:1||Scan Matching:1||ScheduleCost Integration:1||Scheduling & Control:1||School facility:1||Sensor:1||Service House:1||Serviced Residence:1||Simplified quantity takeoff:1||Solar Power:1||Sor:1||Stakeholder:1||Standard Code System:1||Standard construction code:1||Structural Work:1||Survey:1||System Design:1||Technology Development:1||Technology Requirements:1||Temporary work:1||Topdown 공법:1||Tower Crane:1||Tower crane:1||WBS:1||WBS(Work Breakdown Structure):1||Window work:1||Work Item:1||Work Package:1||Workforce Management:1||Working day:1||adaptive neurofuzzy inference system:1||apartment:1||artificial neural  network:1||assessment process:1||automation:1||bill of quantity:1||building construction simulation:1||building information model:1||building information modeling:1||building information modeling service:1||chechlist:1||collapse:1||construction cost:1||construction duration:1||cost estimate:1||deep learning:1||design process:1||designsupervision separating system:1||development projects:1||disaster:1||ensemble learning:1||estimation:1||feature scaling:1||field manager:1||fuzzy theory:1||guideline:1||impact factor:1||importance analysis:1||imputation:1||log conversion:1||machine learning:1||model:1||multilayer perceptron network:1||multioutput regression:1||nonregident supervision:1||parametric model:1||performance analysis:1||preliminary estimates:1||procurement:1||productivity analysis:1||project management information system:1||rebar:1||regression analysis:1||safety accident:1||scaffolding:1||scenario:1||schematic design:1||simplification:1||small building project:1||small sized building:1||stacking ensemble:1||standardized productivity:1||steel works:1||structural frame work:1||supervision cost:1||system dynamics:1||target:1||technology development:1||towercrane:1||virtual technology:1||가상 건설:1||가설공사:1||가이드라인:1||간섭관리시스템:1||간소화:1||감리대가:1||개선된 사업시행자 선정 방안:1||객체 라이브러리(3차원 시공계획요소):1||건설:1||건설 시공 자동화:1||건설정보모델링:1||건설참여자:1||건축 시공 시뮬레이션:1||건축공사:1||건축법:1||건축시공 시뮬레이션 시스템:1||건축정보모델링:1||결정적 위험요인:1||결측치:1||경제성 분석:1||골조 공사:1||공공공사:1||공기 예측:1||공기 예측 모듈:1||공기산정:1||공기지연:1||공사비 견적:1||공사비 예측:1||공장가공:1||공정:1||공정 모델:1||공정 시뮬레이션:1||공정객체 연계:1||공정공사비 통합:1||과적합:1||기계설비:1||기계학습:1||기술수요:1||다층 퍼셉트론 네트워크:1||단순화:1||데이터전처리:1||드랍    아웃:1||디지털 수량산출 정보:1||딥러닝:1||로그변환:1||마감 자재:1||모듈러 건축:1||몬테카를로 시뮬레이션:1||바코드:1||발열논슬립:1||발주단계:1||발주자의 역할:1||배근상세:1||배근상세도:1||부동산 개발:1||붕괴:1||비계:1||비상주감리:1||비작업일:1||빌딩정보모델링:1||빔:1||사전예방:1||산업재해:1||상세설계:1||생산성:1||생산성 영향요인:1||서비스 주택:1||서비스드 레지던스:1||서비스레벨협정:1||서비스수준평가:1||선정 모델:1||설계감리분리제도:1||설계프로세스:1||설문조사:1||소규모건설프로젝트:1||소규모프로젝트:1||손혈관:1||수량산출데이터베이스:1||수량산출서:1||시공단계:1||시공성:1||시공성 분석攀 * 연세대 건축공학과 대학원 석사과정:1||시뮬레이션:1||시스템 설계:1||시스템다이내믹스:1||실작업일:1||안전관리:1||안전사고:1||업무 모델:1||영향요인:1||위치 인식:1||위험 가중치:1||위험관리:1||유지관리 시스템:1||유형조합 데이터베이스:1||인공신경망:1||인력관리:1||자동화:1||자산관리:1||작업 패키지:1||작업 항목:1||저가수주:1||적응형 뉴로퍼지 시스템:1||전자식별:1||조경공사:1||조합식 공정 생성:1||중요도:1||중요도분석:1||중요도평가:1||지연일수:1||진척관리:1||창호공사:1||철골 자재 식별:1||철골공사:1||철골세우기:1||철근가공 형상:1||철근가공조립도:1||철근량 산출:1||철근콘크리트공사:1||체크리스트:1||초고층 주상복합시설:1||타겟변수:1||타워크레인 선정:1||태양광에너지:1||통합시스템:1||투명성:1||특성요인도:1||파라메트릭 모델:1||평가절차:1||표준코드:1||품질:1||프로덕트분류체계:1||피처스케일링:1||하자:1||하자원인:1||하자유형:1||학교 시설물:1||학습노드:1||현장관리인:1||확률론적 분석:1||활성화함수:1||은닉층:1||3D Object Library:1||4D 시뮬레이션:1||4차원 CAD:1||Activation Function:1||Activity3D Model Relationship:1||Approximate cost estimate:1||Architectural Construction Simulation:1||Asset Management:1||Autoclimbing System:1||Automated lifting system:1||Automation of Steel Construction:1||BIM guideline:1||BIM service guide model:1||BIM 서비스 지원 모델:1||BIM(Building Information Modeling:1||BIM(건물정보모델):1||BTL사업:1||BarCode:1||Bill of Quantities:1||Bill of Quantities(BoQ):1||Bill of Quantity:1||BoQ (Bill of Quantities):1||BoQ(Bill of Quantities):1||Bonding Method:1||Building elements combination database:1||Building information modeling:1||Building information modeling (BIM):1||Business Model:1||Cause of defect:1||Ceramic Coating Agent:1||Conceptual cost estimate:1||Construction:1||Construction BIM model:1||Construction Bill of Quantity:1||Construction Cost Forecast:1||Construction Duration:1||Construction cost:1||Construction phase:1||Construction type:1||Cor:1||Cost Estimate:1||Cost Estimating:1||Cost estimating:1||Cost estimation:1||Data Preprocessing:1||Decisive Risk Factor:1||Deep   learning:1||Defect:1||Defect type:1||Detailed Design:1||Drop    out:1||Duration Estimation:1||Duration Estimation Module:1||Economic Analysis:1||Educational Building:1||Ensemble techniques:1||Estimating Construction Period:1||Expression level:1||Finish Material:1||Finishing work package:1||Fishbone diagram:1||Form:1||Fuzzy Logic:1||GPS:1||GPS relative positioning:1||GPS 상대측위:1||GPS(Global Positioning System):1||Guiderail System:1||HanOk:1||Hanok:1||Hand Vascular:1||Heating Nonslip:1||Hidden   layer:1||HighRise Mixeduse Building:1||Influencing factors:1||Information Technology:1||Inorganic Binder:1||LCC:1||LCC(Life Cycle Cost):1||LRF 스캔 매칭:1||Landscape Construction:1||Laser distance measurement:1||Lean Construction:1||Learning Node:1||Localization:1||

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