Tsuyoshi Eguchi

Papers

Total Citations

H-Index

About

Tsuyoshi Eguchi is a robotics researcher whose work centers on the control and sensing of flexible robot arms—a critical area for improving precision in automation and manufacturing. His most-cited paper, "Vision feedback based end-effector motion control of a flexible robot arm" (2007, 8 citations), introduces an innovative approach to end-effector trajectory tracking by integrating a CCD camera and video tracker for direct position sensing and indirect link deflection measurement. This dual-sensing method addresses the persistent challenge of flexibility-induced inaccuracies in robotic systems, offering a practical solution for real-time motion control. While his citation count reflects a focused, specialized impact, Eguchi’s contribution lies in bridging vision-based feedback with flexible structure dynamics—a niche yet vital intersection for advanced robotics. His work provides a foundation for researchers exploring non-rigid manipulators, where precise control is essential for tasks like assembly or surgical assistance. Though not widely cited, his paper remains a reference for those tackling link flexibility, demonstrating how targeted engineering solutions can advance the reliability of robotic systems in complex environments.