ScholarWorks@Hanyang University: CHOI, GYUNG HYUN

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CHOI, GYUNG HYUN (최경현)

GRADUATE SCHOOL OF TECHNOLOGY & INNOVATION MANAGEMENT (DEPARTMENT OF TECHNOLOGY MANAGEMENT)

Research Area: 최적화, 기술경영, 제조혁신, Optimizaton, Technology Management, Manufacturing Innovation

Tel 02-2220-0471
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R&:13||DEA:4||Data envelopment analysis:4||TFDEA:4||비용 최소화:2||Functional building materials:2||capacitated VRP:2||Topic Model:2||βglucan:2||Optimization:2||genetic algorithm:2||D Innovation Development:2||Indoor Air Quality:2||Cost Minimization:2||sludge collection:2||D Innovation:2||온실가스 배출:2||혁신성과:2||sweep algorithm:2||Technology Forecasting:2||LCA:2||Technology Trend:2||IT Factors:2||Patent Analysis:2||Construction method:1||Convergence Technology:1||Convergence tolerance:1||Cosine Similarity:1||Cosmetics:1||Cross Decomposition:1||Customer Engagement:1||D:1||D IT system:1||D Personnel Management:1||D innovation:1||D investment:1||D performance management:1||D project:1||DRM paradigm:1||Design framework:1||Digital Technology Adoption:1||Discrete optimization:1||Dominance value:1||Dynamic Time Warping:1||D인력관리:1||D평가솔루션:1||Ecoefficiency:1||Ecofriendly Vehicle:1||Ecofriendly building materials:1||Efficiency:1||Emerging technology:1||Energy R&D:1||Energy Resources:1||Excellent Company Research Institute:1||FMEA:1||False belief technique:1||False memory:1||Feature selection:1||Financial Metrics:1||Food traceability system:1||Fucoidan:1||Functional Building Materials:1||Functional materials:1||GHG Emissions:1||Gaussian Naïve Bayes classifier:1||Gaussian Naive Bayes 예측모형:1||Generative AI Tools:1||Generative Artificial Intelligence:1||Global Malmquist productivity analysis:1||Glucosamine:1||Goal programming:1||Greenhouse Gas Emissions:1||Hesitate Factors:1||Heuristic:1||Heuristics:1||Humidity control:1||Hyaluronic acid:1||IRUWB radar sensor:1||IT utilization:1||IVD:1||Import food:1||Income approach:1||Indoor air quality:1||Industry based:1||Informal Learning:1||Informal Network:1||Infrastructure:1||Innovation:1||Innovation Results:1||Innovation efficiency:1||Inorganic paint:1||Key Determinants:1||LDA Analysis:1||Lagrangian Relaxation:1||Lagrangian relaxation:1||Management of science:1||Manufacturing gamification:1||Manufacturing innovation:1||Market analysis.Health functional food:1||Mean Value Cross Decomposition:1||Minimum butanol selling price (MBSP):1||Mixeddiscrete nonlinear programming:1||Mixedmodel line balancing:1||Molecular Diagnostics:1||Multiple Facilities:1||NPD system:1||Network Analysis:1||Network centrality:1||Network slacksbased measure:1||New and Renewable Energy:1||New product development:1||NonFinancial Metrics:1||Open Data Performance:1||Open Data Policies:1||Open Data Policy:1||Open Data Quality:1||Open Data Utilization:1||Open Government Data:1||Operational Requirement Document:1||Optimal Allocation:1||Optimal Penetration:1||Optimal control theory:1||Organizational Agility:1||Organizational Performance:1||Overload:1||PLSSEM Analysis:1||PLSSEM 분석:1||Package:1||Patent:1||Performance(net profit):1||Period of support:1||Physical workload:1||Pollution treatment:1||Polysaccharide:1||Power Module:1||Power Plants:1||Predictive Maintenance:1||Predictive system:1||Primal Recovery Strategies:1||Processing time:1||Product life cycle:1||Production cost:1||Production investment:1||Production stage:1||Project:1||Project evaluation:1||Public Value:1||R&D Public Initiative:1||R&D 지원사업:1||Ranking:1||Renewable Energy:1||Risk:1||Scheduling:1||Slacksbased measure:1||Sludge Collection System:1||Smart factory:1||Solar Cell:1||Support presence/absence:1||Sustainability:1||System image:1||Technoeconomic:1||Technology commercialization:1||Technology contribution factor:1||Technology management model:1||Technology valuation:1||Topic Modeling:1||Travel time:1||Treatment investment:1||Twostage process:1||Ugnocellulosic:1||Value Generating Mechanisms:1||Vehicle Fuel Types:1||Vehicle Routing Problem:1||Waste disposal:1||Weapon System CBM Framework:1||Weapon System CBM System:1||Worker motivation:1||World Class 300 Project:1||World Class 300 프로젝트:1||biomedical applications:1||capacitated facility location problems:1||chitosan:1||choice experiment:1||chondroitin:1||competency diagnosis:1||convolutional neural network:1||cross decomposition:1||decision tree:1||deep learning classifier:1||dietary supplements:1||diffusion  and  adoption  of  FTS:1||ecofriendly building materials:1||economic impact.:1||failure analysis:1||fall:1||fall detection:1||food  traceability  systems:1||functional building materials:1||fuzzy set/Qualitative Comparative Analysis:1||glucosamine:1||goal programming:1||hyaluronic acid:1||innovation capability:1||innovation impact:1||innovation performance:1||intelligent manufacturing:1||maintenance system:1||mean value cross decomposition:1||moisture adsorption/ desorption property:1||neural network:1||pattern matching:1||pattern recognition:1||polysaccharide:1||predictive maintenance:1||preventive maintenance:1||primal recovery strategies:1||processed food sector:1||random utility theory:1||real options:1||sequence:1||similarity:1||similarity cost:1||spatial defects:1||structural  equation model:1||technology  acceptance  model:1||technology roadmap:1||technology system:1||the Coal Supply Planning:1||the Operation Schedule:1||theory:1||vehicle identification:1||wafer map:1||yield management:1||가치창출 매커니즘:1||공공가치:1||공공데이터:1||기술 예측:1||기술가치평가:1||기술기여도:1||기술예측:1||기술추세:1||네트워크 분석:1||데이터 개방정책:1||무기체계 상태기반 유지보수 시스템:1||무기체계 상태기반 유지보수 프레임워크:1||벤치마킹 경로:1||부적합 탐지 모형:1||분자진단:1||비공식 네트워크:1||비공식 학습:1||비재무 성과:1||사업화  주체 역량:1||산업군별:1||상태기반 유지보수:1||생성형 인공지능:1||성과(당기순이익):1||수입식품:1||신재생에너지:1||에너지 R&D:1||에너지 자원:1||에코효율성:1||연구개발Metric:1||연구개발프로젝트평가:1||연구개발혁신:1||우수기업연구소:1||운용요구서:1||이익접근법:1||자료포락분석:1||자료포락분석법:1||재무 성과:1||재생에너지:1||조직 성과:1||지원금액:1||지원여부:1||지원연차:1||차량 연료 유형:1||차량용 반도체:1||창업기업:1||체외진단:1||최적 배분:1||최적 침투율:1||친환경차량:1||태양전지:1||토픽모델:1||특허분석:1||퍼지집합질적비교분석:1||혁신:1||혁신역량:1||ADL classification:1||혁신영향요인:1||AHP:1||Amount of support:1||Anomaly Detection:1||Antibacterial / Antifungal:1||Arrhenius&apos:1||Automotive Semiconductor:1||Automotive assembly line:1||Benchmark Path:1||Biobutanal:1||Biomedical applications:1||Bolttightening task:1||Branchandbound method:1||Branching order:1||Building material environmental friendly:1||Capacitated Facility Location Problem:1||Chemical reaction kinetics:1||Chitosan:1||Chondroitin:1||Classified Industry Group:1||Cluster analysis:1||Collaboration efficiency:1||Condition Based Maintenance:1||Construction Technology:1||

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