Tsuyoshi Hanamoto
Papers
2
Total Citations
5
H-Index
2
About
Tsuyoshi Hanamoto’s research centers on advanced motion control, robotics, and motor drive systems, with a particular focus on improving precision and stability in electromechanical systems. His major contributions include developing innovative friction compensation techniques for robot manipulators, notably through observer-based sliding mode control (SMC), which enhances motion smoothness and robustness against disturbances. This work, detailed in his 2002 paper on frictionless robot manipulators, has garnered 3 citations and demonstrates practical advances in industrial automation. Additionally, Hanamoto has explored digital speed control for resonance-prone systems, using pole assignment methods to optimize response in applications like steel rolling mills and NC machines—a 1997 study earning 2 citations. His research addresses critical challenges in system stiffness and miniaturization, bridging control theory with real-world industrial needs. While his citation counts reflect focused, specialized impact, Hanamoto’s contributions are valued for their direct applicability to robotics and motor control, offering foundational insights for students and researchers in mechatronics and nonlinear control systems.
Research Focus
Key Achievements
Top Papers
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- 2