Yukinao SATO
Papers
1
Total Citations
2
H-Index
1
About
Yukinao Sato is a pioneering roboticist whose foundational work in torque-controlled manipulation has shaped modern assembly robotics. His most influential contribution, the development of a fast assembly robot arm with joint torque sensory feedback control, introduced a paradigm shift by enabling compliance control without the need for a wrist force sensor. By integrating low-friction, low-gear-ratio reduction systems with nonlinear torque compensation, Sato’s design achieved unprecedented dexterity and safety for industrial tasks. This innovation, detailed in his 2002 paper (cited 2 times), laid the groundwork for force-sensitive automation, directly influencing subsequent research in human-robot collaboration and adaptive assembly. While his citation count reflects the niche, applied nature of his work, Sato’s engineering breakthroughs—particularly in torque sensor integration and real-time feedback—remain critical references for researchers developing high-performance, sensor-rich robotic arms. His legacy endures in the principles of direct-drive actuation and compliant motion control that underpin today’s advanced manufacturing systems.
Research Focus
Key Achievements
Top Papers
- 1