Chul-Min Kwon

Japan Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Chul-Min Kwon is a researcher specializing in assistive robotics and human-robot interaction, with a particular focus on control systems that enhance the maneuverability and safety of robotic devices. His major contribution lies in developing innovative control strategies for assistive robotic carts, as exemplified by his most-cited work, "Switched observer based impedance control for an assistive robotic cart under unknown parameters" (2012, 7 citations). This paper addresses a critical challenge in assistive robotics: maintaining smooth and intuitive operation despite varying loads and environmental conditions. Kwon proposed a switched observer-based impedance control scheme that adapts to unknown parameters, such as payload weight and floor friction, significantly improving the cart's maneuverability and user experience. His work bridges theoretical control engineering with practical applications, aiming to reduce physical strain for users transporting heavy objects. While his citation count reflects a focused but impactful contribution, Kwon's research demonstrates a commitment to advancing human-centered robotics, offering solutions that could enhance assistive technologies in healthcare, logistics, and daily living. His approach highlights the importance of adaptive control in creating responsive and reliable robotic aids.