ScholarWorks@Gyeongsang National University: Byun, Jai Hyun

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Byun, Jai Hyun (변재현)

공과대학 (산업시스템공학부)

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Tel 0557721692
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Design of Experiments:8||Robust Design:6||Response surface methodology:4||Product Development:3||location and dispersion performances:3||Machine Learning:3||six sigma:3||Mixture Design:3||Multiple Responses:3||Confidence level:2||Simulation:2||DFSS:2||Reliability Engineering:2||Six Sigma:2||Burning Time:2||Design for Six Sigma:2||Paper Helicopter Experiment:2||Finite population:2||Response Surface Methodology:2||small group activities:2||Military Contractors:2||DMAIC:2||interval analysis:2||total innovation:2||Screening Design:2||loss function:2||Quality Control:2||Taguchi Method:2||AS9100:2||Quality Improvement:2||model uncertainty:2||Big Data:2||Factor screening:2||Sequential Experimentation:2||aerospace production:2||Fractional Factorial Design:2||Factorial Design:2||Data Analysis:1||Data Farming:1||Data Preprocessing:1||Data contamination:1||Defense Industry:1||Defense Quality:1||Defense Quality Management System:1||Design Optimality Criteria:1||Design and Analysis of Computer Experiments:1||Design for Six Sigma(DFSS):1||Desirability Function:1||Digital Transformation:1||Discharge energy:1||Dynamic Vibration Absorber(동흡진기):1||ETW:1||Evolutionary Operation:1||Experimental Coverage:1||Exploration and Exploitation:1||Failure Amplification method:1||Financial Effect:1||Financial Effect Analyst(FEA):1||Finite Element Analysis(유한요소해석):1||Flame Retardancy:1||Foldover Plan:1||FollowUp Experiment:1||Followup Design:1||Future Research Directions:1||Global fit:1||Government Quality Assurance:1||Graphic Analysis:1||HP4MA:1||Halogen Free Flame Retardant Cable:1||Helicopter Vibration Reduction:1||Hypergeometric distribution:1||IAQG:1||ISO9000 Series:1||Industrial Practices:1||Industry 4.0:1||Industry Applications:1||Innovation Activities:1||Inventory policy:1||Key Elements:1||Laplace distribution:1||Large Complex System:1||Machining Process:1||Manufacturing Quality Data:1||Manufacturing Variation:1||Manufacturing method:1||Master Plan:1||Material removal rate:1||Measurement System:1||Measurement System Analysis:1||MegaY Projects:1||Microhardness:1||Military Supplies:1||Missing Data:1||Model departure:1||Modified Notz Design:1||Monte Carlo method:1||Moving Base(가동기초):1||Moving Force(이동하중):1||Multifidelity surrogate:1||Multiple Discharge Steps:1||NATO:1||Nanoparticles Synthesis:1||Nearly Orthogonal Latin Hypercube Design:1||New Product Development:1||New product:1||Noncentral Composite Design:1||Nonconformity Report:1||Notz's designs:1||Ontime Delivery:1||OneFactorAtaTime Experiment:1||Oneshot devices:1||Operating Window:1||Optimal Region Exploration:1||Optimality Criteria:1||Optimization:1||Orderbased Industry:1||PDCA:1||Pareto front approach:1||Performance Evaluation:1||Performance Evaluation Variation:1||Performance Measure:1||Process Improvement:1||Process Review:1||Process Variation:1||Process capability index:1||Product Development Quality:1||Product Examination:1||Product Uniformity:1||Product development:1||Program Level:1||Project Management:1||ProjectBased Teaching:1||QC 7 tools:1||Quality 4.0:1||Quality 4.0 Deployment:1||Quality 4.0 Key Elements:1||Quality 4.0 Level Evaluation:1||Quality Assurance:1||Quality Culture:1||Quality Management System:1||Quality Prediction Model:1||Quality control:1||Quality level:1||Quick and Easy Method:1||RS232:1||Relative efficiency:1||Reproducibility:1||Research Areas:1||Research Trends:1||Residual stress:1||Response Function Modeling:1||Risk Management:1||Robust design:1||Robust sequential bifurcation:1||Scoring:1||Screening Experiment:1||SecondOrder Modelling:1||Secondorder Modelling:1||Secondary bonding:1||Sequential Design:1||Shot peening:1||Signalresponse System:1||SignaltoNoise Ratio:1||Signaltonoise Ratio:1||Simulation experiments:1||Sink EDM:1||Sinking Electrical Discharge Machining:1||Skewnormal distribution:1||Smallsample inspection:1||Smallsample inspection plan:1||Smart Factory:1||SpaceFilling Designs:1||Specific Factors:1||Statistical Analyses:1||Statistical power:1||Strength Bonded joint:1||Supply chain:1||Surface Roughness:1||Surface roughness:1||Systems Engineering Process:1||Taguchi method:1||Temperature Chamber:1||Transferability:1||Verification Experiment:1||Warranted quality level:1||WoodPlastic Composites:1||benefit sharing:1||bootstrap confidence intervals:1||checking system:1||chisquare distribution:1||confidence interval:1||confidence intervals:1||confidence region:1||control chart:1||design of experiments:1||design optimality:1||desirability function:1||distance method:1||dual response surface:1||economic design:1||economic experimentation:1||evolutionary operation:1||excel VBA:1||generalized linear mixed effects model:1||hybrid designs:1||kurtosis:1||method of steepest ascent:1||mixture EVOP:1||mixture experiment:1||mixture manufacturing processes:1||multiresponse optimization:1||multiresponse optimization:1||new QC 7 tools:1||operating window:1||parallelism:1||parameter uncertainty:1||performance evaluation:1||performance measure:1||prediction region:1||process capability index:1||quadratic loss:1||quality assurance:1||quality improvement:1||robust parameter design:1||robustness:1||sequential experiments:1||simplex coordinate:1||small composite designs:1||small sized secondorder designs:1||specification limit:1||splitplot design:1||statistical methods:1||supplier supporting:1||supply chain:1||systematic problem solving:1||variance of quadratic loss:1||강도:1||고온습도:1||저온건조:1||접착 체결부:1||AS9100 Rev. C:1||AS9101:1||Active learning:1||Adhesives Development:1||Aeronautical Product:1||Aerospace Industries:1||Aerospace Industry:1||Aerospace Quality Management Systems:1||Aircraft Industry:1||Assessment:1||Asymmetric response:1||Audit Result:1||Autocorrelation:1||Average Run Length:1||Batch Means:1||Bayesian approach:1||Beam(보):1||Bootstrap:1||Bootstrapping:1||BoxBehnken Design:1||CTD:1||Censored Data:1||Center Point:1||Certification:1||Chocolate Solubility Experiment:1||Cobonding:1||Cocuring:1||Common Factors:1||Confidence interval:1||Continuous Improvement.:1||Continuous quality improvement:1||Control Chart:1||Controlnoise Interaction:1||CrossFunctional Team(CFT):1||DCMA:1||DMADV:1||

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