Kenji Hirata
Papers
3
Total Citations
11
H-Index
2
About
Kenji Hirata is a control systems engineer whose research focuses on the automation and precision control of robotic manipulators, particularly for semiconductor manufacturing. His major contributions lie in the development of advanced switching control strategies to optimize the performance of wafer transfer robots—critical machinery in chip fabrication. Hirata’s work addresses the dual challenge of achieving high-speed motion while maintaining accuracy, proposing methods like discontinuous controller switching and gain-scheduled approaches to reduce throughput time. His most-cited paper (2010, 5 citations) introduces motion switching control to minimize handling time for silicon wafers, while his 2006 study (4 citations) experimentally validates these techniques. More recently, he has explored bilateral teleoperation control for robot manipulators with bio-inspired antagonistic muscles, tackling time-varying communication delays. Though his citation counts are modest, Hirata’s contributions are highly specialized, directly impacting industrial productivity in semiconductor manufacturing—a field where even microsecond improvements matter. His work bridges theoretical control design with real-world robotic applications, making him a notable figure in precision automation.
Research Focus
Key Achievements
Top Papers
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