Papers
50
Total Citations
2,091
H-Index
16
About
Haruhiko Asada is a pioneering robotics researcher whose foundational contributions have shaped modern robot design, control, and manipulation. Best known for his transformative work on direct-drive robotics, Asada challenged conventional gear-driven robot architectures by demonstrating that eliminating transmission mechanisms could dramatically improve speed, precision, and responsiveness. His seminal 1983 and 1984 papers on direct-drive arm design, together with his influential 1989 book *Direct-Drive Robots: Theory and Practice* (195 citations), established the theoretical and practical framework for high-performance robotic arms capable of accelerating at 5G while carrying substantial payloads. His widely adopted textbook *Robot Analysis and Control* (1988, 843 citations) remains a cornerstone reference in robotics education worldwide. Beyond mechanical design, Asada made significant contributions to robotic manipulation, developing unified kinematic frameworks using polyhedral convex cones and exploring elastic-fingered robot hands as early as 1977. His research on transferring human manipulative skills to robots and his concurrent optimization of mechanical structure and control further demonstrate the breadth of his vision. Across decades of scholarship, Asada's work has accumulated thousands of citations, cementing his legacy as a defining figure in both theoretical and applied robotics.
Research Focus
Key Achievements
Top Papers
- 1Robot analysis and control843 citations · 1988
- 2Direct-Drive Robots, Theory and Practice195 citations · 1989
- 3
- 4Design of Direct-Drive Mechanical Arms109 citations · 1983
- 5
- 6Stable Prehension of Objects by the Robot Hand with Elastic Fingers93 citations · 1977
- 7
- 8
- 9A Linkage Design for Direct-Drive Robot Arms37 citations · 1985
- 10Studies on Prehension and Handling by Robot Hands with Elastic Fingers35 citations · 1979