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Research area
Discrete Event System Scheduling & Control
Theory and methods for optimal scheduling, timing & delay control against time constraints, timing stability control, and feedback control for cyclic and noncyclic discrete event systems, especially modeled by Petri nets and max-plus algebra
Can be applied to scheduling & control of automated manufacturing systems and microcircuit design
“An Extended Event Graph With Negative Places and Tokens for Time Window Constraints”
“A Branch and Bound Algorithm for Cyclic Scheduling of Timed Petri Nets”
Scheduling & Control of Cluster Tools
Theory and computational methods for throughput maximization and wafer delay regulation for cyclic and noncyclic operation of robotized cluster tools with various architectures and scheduling requirements for wafer fabrication
Apply discrete event system scheduling & control theory and generalize cluster tool scheduling theory to general discrete event systems
Real-time scheduler SW architecture and implementation
“Scheduling Analysis of Time-Constrained Dual-Armed Cluster Tools”
“Scheduling Single-Armed Cluster Tools With Reentrant Wafer Flows”
Defense Modeling & Simulation
Modeling and simulation for large live, virtual, and constructive integrated combat training & analysis in distributed synthetic combat environment: modeling frameworks, multi-resolution, command and control, traffic management, etc.
Defense Modeling and Simulation Technology Research Center, sponsored by Korea Defense Acquisition Program Administration
Discrete Event System Scheduling & Control
Theory and methods for optimal scheduling, timing & delay control against time constraints, timing stability control, and feedback control for cyclic and noncyclic discrete event systems, especially modeled by Petri nets and max-plus algebra
Can be applied to scheduling & control of automated manufacturing systems and microcircuit design
“An Extended Event Graph With Negative Places and Tokens for Time Window Constraints”
“A Branch and Bound Algorithm for Cyclic Scheduling of Timed Petri Nets”
Scheduling & Control of Cluster Tools
Theory and computational methods for throughput maximization and wafer delay regulation for cyclic and noncyclic operation of robotized cluster tools with various architectures and scheduling requirements for wafer fabrication
Apply discrete event system scheduling & control theory and generalize cluster tool scheduling theory to general discrete event systems
Real-time scheduler SW architecture and implementation
“Scheduling Analysis of Time-Constrained Dual-Armed Cluster Tools”
“Scheduling Single-Armed Cluster Tools With Reentrant Wafer Flows”
Defense Modeling & Simulation
Modeling and simulation for large live, virtual, and constructive integrated combat training & analysis in distributed synthetic combat environment: modeling frameworks, multi-resolution, command and control, traffic management, etc.
Defense Modeling and Simulation Technology Research Center, sponsored by Korea Defense Acquisition Program Administration
研究兴趣
论文共 54 篇作者统计合作学者相似作者
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IEEE TRANSACTIONS ON AUTOMATION SCIENCE AND ENGINEERINGno. 3 (2023): 1890-1906
2021 Winter Simulation Conference (WSC)pp.1-10, (2021)
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