Fumio Yasumoto

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About

Fumio Yasumoto is a pioneering researcher in the field of space telerobotics, with a primary focus on the development of intelligent control systems for remote manipulation in extreme environments. His major contributions lie in advancing hybrid compliance and force control for super long-distance teleoperation, a critical technology for space structure assembly. Yasumoto’s work addresses the fundamental challenge of enabling a human operator and a telerobot to share common knowledge about a task environment, proposing an intelligent monitoring system that allows the robot to offer appropriate, context-aware information to facilitate cooperative task execution. This concept was demonstrated through a landmark Japan-USA international joint research project on distributed space telerobotics, where an intelligent telerobotics system was tested for space platform assembly between the Electrotechnical Laboratory in Japan and a U.S. counterpart. His most cited paper, "Application of hybrid compliance/force control to super long distance teleoperation" (1996, 5 citations), along with his work on the telerobotics test bed (1994), established foundational principles that are applicable not only to space robots but also to terrestrial robotic systems. Yasumoto’s research remains a vital reference for students and engineers working on human-robot collaboration and remote manipulation in challenging, high-latency environments.