ScholarWorks@Hongik: Ha, Chunghun

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Ha, Chunghun (하정훈)

Engineering (Department of Industrial and Data Engineering)

Research Area: 지능형 생산 시스템, 데이터사이언스, 신뢰성공학, Intelligent Manufacturing System, Data Science, Reliability Engineering

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Monte Carlo simulation:3||Pull:2||Spare Part Management:2||yield modeling:2||Push:2||semiconductor manufacturing:2||CONWIP:2||Yield Model:2||Parameter Estimation:2||Box Office Performance:1||CBM (Condition based maintenance):1||Causal Relationship Analysis:1||Characteristic of Films:1||Clustering Analysis:1||Clustering Effect:1||Color suggestion:1||Confidence interval length:1||Critical WIP Loops:1||Data Envelopment Analysis:1||Data envelopment analysis:1||Defective Pixels:1||Demand Forecasting:1||Design assistant:1||Distributed Genetic Algorithm:1||Electrical connector:1||Failure Rate:1||Fault tolerant systems:1||Faulttolerance:1||Football Factors Analysis:1||Forecasting error:1||Forecasting method:1||Gated MaxWIP:1||Genetic Algorithm:1||Half engagement:1||Immigration Policy:1||Improved Greedy Crossover:1||In2O3 overcoating:1||InP/ZnS quantum dots:1||Inferior Selection:1||Integrated Process Planning and Scheduling:1||Integrated process planning and scheduling problem:1||Intermittent Demand:1||Koutofn system:1||Key Performance Index:1||LNG FPSO:1||Laplacian filter:1||Lightemitting diodes:1||Liquid Crystal Display:1||Logistic regression:1||LongTerm Forecasting:1||Markov Chain Monte Carlo:1||Material Flow Control:1||Material flow control Efficiency:1||Metaverse:1||Modelbased clustering:1||Monte Carlo Simulation:1||Parallel system:1||Photostability:1||Polytomous Data:1||Product Obsolescence:1||Pump tower:1||Qualitative Data:1||Regression analysis:1||Reliability structure:1||Reliability theory:1||Remaining life time:1||Sequencedependent setup:1||Series system:1||Signal to noise ratio:1||Simulation:1||Statistical Analysis:1||Stochastic programming:1||Structural Equation Model:1||Structural reliability:1||SuperEfficiency:1||Supplier Selection:1||Supply Chain Risk:1||Supply chain reliability:1||Supply chain risk management:1||Throughput:1||Traveling Salesman Problem:1||User interface:1||Vendor selection problem:1||Web Crawling:1||WorkinProcess:1||automatic driving:1||automatic optical inspection:1||chromosome representation:1||cost minimization:1||datadriven approach:1||defect size distribution:1||flexible manufacturing system:1||forward–backward heuristics:1||genetic algorithm:1||greedy algorithm:1||growth curve:1||integrated process planning and scheduling:1||latent Dirichlet allocation:1||learning curve model:1||maximum likelihood estimator:1||midterm forecasting:1||neural network:1||noreference image quality assessment:1||online review:1||passengerfocused:1||pattern recognition:1||redundancy allocation:1||reliability optimization:1||scanning heuristic:1||semiconductor and LCD manufacturing:1||service blueprint:1||service encounter:1||shifted spectrum:1||similarity:1||spatial defects:1||spatial point process:1||sustainable inflight service:1||transfer learning:1||wafer map:1||wind power forecasting:1||yield estimation:1||yield learning:1||yield management:1||yield model:1||라인 평가:1||자료포락분석:1||정성적 데이터:1||A cumulative absolute forecasting error:1||주요성과지표:1||ANOVA gauge repeatability and reproducibility study:1||Advanced Planning and Scheduling:1||Agent Based Modeling:1||Aggregate production planning:1||Analytical Hierarchy Process:1||Ant colony optimization:1||BREMOLA:1||Bayesian Estimation:1||

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