ScholarWorks@Hanyang University: Jeong, In Jae

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Jeong, In Jae (정인재)

COLLEGE OF ENGINEERING (DEPARTMENT OF INDUSTRIAL ENGINEERING)

Research Area: 산업공학

Tel 02-2220-0412
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Parallel Machine:2||School Design:2||Decentralized coordination:2||Quantitative Evaluation:2||Genetic algorithm:2||Augmented Lagrangian function:2||Ratemodifying Activity:2||decentralized coordination:2||Emergency Exit:2||Facilities Layout:2||Makespan:2||Collaborative optimization:1||Constraint guided heuristic search:1||Convex programming:1||Cyberphysical production system:1||Decentralized optimization:1||Decomposition algorithm:1||Delayed customer demand:1||DemandDriven Model:1||Distributed coordination:1||Empirical study:1||Exponential family:1||FMS:1||Facilityexit assignment:1||Flexible manufacturing system:1||Flow shop scheduling:1||Flowshop scheduling:1||Forecast error:1||Forward Linkage Effects:1||Gantt chart control:1||Genetic  algorithm:1||Genetic Algorithm:1||Hierarchical planning:1||Horizontal delivery:1||Information flow:1||Information sharing:1||InputOutput Analysis:1||Interactive decentralized coordination:1||Inventory centralization:1||Lagrangian relaxation:1||Lastmile network:1||Leontief Price Model:1||Logistics collaboration:1||Machine availability:1||Machine scheduling:1||Mathematical programming:1||Multiagent:1||Multiagent system:1||Multiobjective genetic algorithm:1||Multiobjective linear assignment programming:1||Multiagent Scheduling:1||Multistagebased job processing schedule:1||NSGAII:1||Newsvendor problem:1||Nowait flexible lot streaming scheduling:1||OD estimation:1||Optimal control theory:1||Pareto genetic algorithm:1||Petri net design:1||Product family:1||Product platform design:1||Production planning:1||Production smoothing:1||Productiondistribution:1||Public Information:1||Railway  capacity:1||Railway  capacity  allocation:1||Reentrant hybrid flow shop:1||Reentrant hybrid flowshop:1||Regression approximation:1||Schedule generator:1||Service Robot:1||Single warehouse multiple retailer:1||Smart factory:1||Spatial clustering:1||Supply chain:1||Supply chain coordination:1||Train  schedule:1||Train  timetabling problem:1||Transportation cost:1||Ushaped line:1||Vertical delivery:1||Zeroinventory:1||block angular structure:1||capacitated lotsizing:1||cooperation:1||decisionsupport systems:1||diagnostics:1||diffusion model:1||entropy method:1||floating work:1||group setup:1||hybrid flow shop:1||influence diagram:1||job shop scheduling:1||line balancing problem:1||line cycle time:1||location problem:1||maintenance:1||multiagent:1||multiobjective linear programming:1||printed circuit board assembly:1||production planning:1||refueling plan:1||routing problem:1||scheduling:1||sequencedependent:1||shared machine:1||similarity coefficient:1||travel time:1||twolevel hierarchical plan:1||vehicle range:1||worksharing strategy:1||비상구:1||선로배분:1||선로사용권  조정:1||선로용량:1||시설배치계획:1||열차다이아:1||유전자  알고리즘:1||정량적 평가:1||Alternating Direction Method:1||학교계획:1||Alternative fuel vehicle:1||Alternativefuel vehicle:1||Analytical evacuation model:1||Backward &:1||Barrier method:1||Biobjective:1||Building complex evacuation plan:1||CEP delivery service:1||Centralized decision making:1||Collaborative design:1||

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222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1366

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