Yuichiro Hayashi
Papers
2
Total Citations
9
H-Index
2
About
Yuichiro Hayashi is a researcher in robotics and sensor design, with a focused expertise in developing compact, high-performance force/moment sensors for robotic manipulation. His key research areas include multi-axis force sensing, structural optimization, and robotic hand control. Hayashi’s major contribution lies in the design and optimization of thin-type four-axis force/moment sensors specifically tailored for robot fingers, addressing the critical challenge of sensor bulkiness that limits dexterous manipulation. By applying response surface methodology and desirability functions, he has pioneered structural optimization techniques that reduce sensor height without compromising measurement accuracy, enabling more versatile robot hand postures. His most cited work, “Optimum design of the thin-type four-axis force/moment sensor for a robot finger” (2010), has garnered 7 citations, reflecting its foundational role in advancing compact sensing for robotic force control. This research is particularly notable for its practical impact on improving the precision and adaptability of robot hands in tasks requiring fine force feedback. Hayashi’s work represents a meaningful step toward more agile and responsive robotic systems, making him a valuable contributor to the field of robotic sensing and automation.
Research Focus
Key Achievements
Top Papers
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- 2