Masatoshi Sakawa
Papers
2
Total Citations
10
H-Index
2
About
Masatoshi Sakawa is a pioneering researcher in the intersection of biomechatronics and robotic optimization, with a career dedicated to advancing both prosthetic technology and computational motion planning. His most influential work centers on the development of an internally powered, functional-cosmetic prosthetic hand, which he created by applying robot manipulator technology to human motion analysis. By integrating electromyographic and three-dimensional video studies of grasping movements, Sakawa engineered a voluntary-closing prosthetic that restores both aesthetics and function—a contribution that has garnered 8 citations and remains foundational in upper extremity prosthesis design. In parallel, Sakawa has made significant strides in robotic motion optimization, notably through his work on maximizing the jump height of serial link robots. Formulating this challenge as a nonlinear programming problem with torque pattern variables, he demonstrated how implicit objective functions can be solved for dynamic performance, earning 2 citations for this specialized contribution. His dual focus on human-centered robotics and algorithmic optimization showcases a rare ability to bridge clinical rehabilitation with theoretical engineering. Sakawa’s research continues to inspire students and engineers seeking to harmonize biological movement with machine intelligence, proving that even modest citation counts can reflect profound, niche impact in the field.
Research Focus
Key Achievements
Top Papers
- 1
- 2