Yoshiyuki Kambara
Papers
1
Total Citations
6
H-Index
1
About
Yoshiyuki Kambara is a researcher specializing in advanced motion control and haptic feedback systems, with a particular focus on bilateral control and disturbance observer theory. His most-cited work, "Stability analysis of bilateral control by considering environmental impedance and modeling error" (2015), provides a rigorous framework for ensuring the stability of acceleration-based bilateral control (ABC) in the presence of environmental impedance variations and modeling uncertainties. By integrating disturbance observers (DOB) and reaction force observers (RFOB), Kambara’s analysis enables more reliable and precise force transmission in teleoperation and human-robot interaction systems. This contribution is critical for applications requiring high-fidelity haptic feedback, such as surgical robotics and remote manipulation. With 6 citations, his work has influenced subsequent developments in robust bilateral control design. Kambara’s research addresses fundamental challenges in motion control, bridging theory and practice to enhance the safety and performance of robotic systems that interact with dynamic environments. His insights into stability margins and observer-based compensation continue to inform engineers and researchers working on next-generation haptic interfaces.
Research Focus
Key Achievements
Top Papers
- 1