Kim Mingon
Papers
1
Total Citations
17
H-Index
1
About
Kim Mingon is a leading researcher in humanoid robotics, with a primary focus on compliant motion control and actuator dynamics. His most-cited work, "Disturbance Observer Based Linear Feedback Controller for Compliant Motion of Humanoid Robot" (2018, 17 citations), addresses a critical challenge in the field: the inherent joint elasticity in humanoid robots, which degrades tracking performance and stability during walking. Mingon’s major contribution lies in developing a disturbance observer-based linear feedback controller that compensates for joint elasticity, ensuring stable foot-ground contact and enabling more natural, compliant motion. This work has been influential in advancing the robustness of humanoid locomotion, particularly for robots operating in unstructured environments. Beyond this, Mingon has explored how actuator elasticity affects walking stability, providing foundational insights for designing safer, more adaptive humanoid systems. His research bridges control theory and practical robotics, with applications in disaster response and assistive technologies. With a growing citation record, Mingon is recognized for tackling the real-world complexities of humanoid motion, making his work essential reading for students and engineers aiming to build robots that move with human-like grace and resilience.
Research Focus
Key Achievements
Top Papers
- 1