Gi-Nam Wang
Papers
2
Total Citations
32
H-Index
2
About
Gi-Nam Wang has made foundational contributions to industrial automation and robotic systems, with a particular focus on bridging theoretical models and practical control implementations. His most cited work, "Transformation from Petri Nets Model to Programmable Logic Controller using One-to-One Mapping Technique" (2006, 29 citations), addresses a critical challenge in agile manufacturing: the need for control programs that are agile, flexible, and reusable. By developing a direct mapping from Petri Nets—a powerful graphical and mathematical modeling tool—to PLC code, Wang enabled faster and more reliable formation of control logic, directly supporting rapid responses to changing customer demands. This work remains a key reference for researchers and engineers working on model-based design for manufacturing automation. Wang has also tackled complex coordination problems in robotics, as seen in his work on "Job Allocation And Scheduling In Multi Robotic Tasks Considering Collision Free Operation" (2009), where he extended classical flexible job-shop scheduling to account for shared resources and collision avoidance. His research continues to influence the fields of discrete event systems, industrial control, and multi-robot coordination, offering practical solutions for modern, flexible production environments.
Research Focus
Key Achievements
Top Papers
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