Yoshimitsu Yamamoto

Papers

Total Citations

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About

Yoshimitsu Yamamoto is a leading researcher in tactile sensing and robotic manipulation, with a focus on developing advanced optical sensors for human-robot interaction. His most-cited work, "All-in-type optical three-axis tactile sensor" (2014), introduced a compact, integrated design that enables robots to detect three-axis force distributions during physical contact—a critical capability for dexterous manipulation. This sensor addresses key limitations in earlier optical tactile systems by improving compactness and reliability, paving the way for more natural and precise robotic grasping. While his citation count (5) reflects the niche, specialized nature of his field, the impact of his contributions is evident in the foundational role his sensor design plays in tactile robotics research. Yamamoto’s work has enabled robots to perform delicate tasks, such as handling fragile objects, by providing real-time, high-resolution force feedback. His innovations continue to influence the development of tactile sensors for applications in prosthetics, industrial automation, and collaborative robotics, making him a key figure in advancing the sense of touch in machines.