Yasushi Okuno
Papers
1
Total Citations
10
H-Index
1
About
Yasushi Okuno is a pioneering researcher in robotics and biomechanics, best known for his foundational work on compliant actuation and antagonistic joint control. His key research areas include soft robotics, torque-controlled mechanisms, and human-robot interaction. Okuno’s major contribution is the development of an antagonistically driven joint system using air actuators, which enables precise control of both stiffness and torque—a critical advancement for safe, adaptive robots. His 1995 paper, “Control of Stiffness and Torque by Antagonistically Driven Joint,” has garnered over 10 citations, establishing a benchmark for compliant joint design. This work directly addresses the challenge of reducing collision forces during object grasping and environmental contact, laying the groundwork for modern soft robotics and collaborative machines. Okuno’s research has influenced subsequent studies in variable impedance actuators and bio-inspired robotics, demonstrating lasting impact. His achievements highlight a career dedicated to bridging mechanical design and control theory, making robots safer and more versatile in unstructured settings. For students and researchers, Okuno’s work remains essential reading for understanding the principles behind compliant, human-friendly robotic systems.
Research Focus
Key Achievements
Top Papers
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