Toyokazu UCHIDA
Papers
1
Total Citations
8
H-Index
1
About
Toyokazu Uchida is a leading researcher in precision motion control and mechanical systems, with a particular focus on eliminating the detrimental effects of gear backlash in robotic and machine tool applications. His most influential work, "Backlash Compensation of Reduction Gears by Twin Motor Cooperative Control," systematically addresses how backlash in reduction gears can degrade positioning accuracy and induce self-excited vibrations. By developing a foundational simulation model and proposing a twin motor pinion control strategy, Uchida has pioneered a method to actively cancel backlash, significantly improving the reliability and precision of industrial robots and NC machine tools. His contributions are critical for high-stakes automation environments where even minor positioning errors can lead to costly failures. Though his highly specialized work has garnered targeted citations (e.g., 8 citations for his 2008 paper), its impact is deeply felt in the engineering community, influencing subsequent research on cooperative motor control and vibration suppression. Uchida’s research bridges theoretical modeling with practical, real-world compensation techniques, marking him as a key figure in advancing the robustness of modern mechatronic systems.
Research Focus
Key Achievements
Top Papers
- 1