Yusaku Takeda
Papers
1
Total Citations
9
H-Index
1
About
Yusaku Takeda is a researcher whose work bridges human biomechanics and robotic interaction, with a particular focus on understanding how the human body physically engages with control systems. His key research areas include human mechanical impedance, haptic feedback, and the dynamics of manual control operations. Takeda’s most notable contribution, "Analysis of Human Hand Impedance Properties during the Steering Operation" (2006), provides foundational insights into how the human hand and arm behave when interacting with steering systems—a critical consideration for designing safer, more intuitive human-machine interfaces. By employing an impedance-controlled robot to accurately estimate mechanical impedance properties around the rotational axis, his work offers a rigorous experimental framework that has informed subsequent studies in automotive ergonomics and teleoperation. Though his citation count (9 for this paper) reflects a specialized niche, the precision and relevance of his methodology have made his research a touchstone for engineers developing haptic feedback systems and assistive driving technologies. Takeda’s contributions underscore the importance of quantifying human physical responses to improve the design of interactive robotic and vehicular systems.
Research Focus
Key Achievements
Top Papers
- 1