Kento Mizutani
Papers
10
Total Citations
267
H-Index
7
About
Kento Mizutani is a robotics researcher whose work has significantly advanced the field of human-robot cooperation, with a particular focus on impedance control, cooperative manipulation, and human-friendly robot design. His research centers on understanding the biomechanical and control characteristics of the human arm to develop robots capable of collaborating naturally and safely with human operators. Mizutani's most influential contribution, "Optimal Variable Impedance Control for a Robot and its Application to Lifting an Object with a Human" (2003, 102 citations), established a foundational framework for force-controlled robots that adapt dynamically to human movement during shared tasks such as object lifting and carrying. Complementing this, his investigation into human arm impedance characteristics (2003, 71 citations) provided critical empirical insights that inform the design of cooperative control systems that genuinely mimic human neuromuscular behavior. His broader body of work explores human-human cooperative dynamics — analyzing damping and control characteristics when two people carry objects together — and translates these findings into robot control strategies. Notably, Mizutani also addressed robot safety, developing motion pre-notification methods to reduce perceived threat from robotic arms. Across more than a decade of research, his cumulative contributions have shaped how engineers approach the challenge of making robots intuitive, safe, and effective partners for human operators.
Research Focus
Key Achievements
Top Papers
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- 4Variable damping characteristics in carrying an object by two humans22 citations · 2002
- 5Impedance characteristic of human arm for cooperative robot13 citations · 2002
- 6Control characteristics of two humans in cooperative task12 citations · 2002
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