Max Robotics — Global Service Robot Directory + US Certification

About

Min-Soeng Kim is a robotics researcher whose work focuses on adaptive control, mobile robotics, and bipedal locomotion, with a particular emphasis on handling uncertainty and disturbances in dynamic systems. His most influential contribution, "Designing a robust adaptive dynamic controller for nonholonomic mobile robots under modeling uncertainty and disturbances" (2003), has garnered 77 citations, establishing a foundation for robust control in nonholonomic systems. Kim advanced this line of inquiry by developing Radial Basis Function (RBF) network-based controllers to compensate for unknown dynamics and external disturbances, as demonstrated in his 2004 work on mobile robot control, which also achieved 15 citations. His research extends to bipedal robotics, where he proposed multi-objective evolutionary algorithms for generating optimal walking trajectories (2005, 15 citations), addressing stability and performance trade-offs. Additionally, Kim explored robust model reference adaptive control for underactuated manipulators (2002), integrating sliding mode techniques to overcome uncertainty. Collectively, his work bridges theoretical control design with practical robotic applications, offering students and researchers valuable insights into adaptive, uncertainty-tolerant systems for mobile and legged robots.