Insik Kim

Papers

Total Citations

H-Index

About

Insik Kim’s research centers on the kinematics and control of multi-legged walking robots and the design of interactive mobile systems. His major contribution lies in the rigorous analysis of manipulability for multi-legged robotic platforms, where he derived the velocity workspace—the achievable bounds on body velocity given actuator constraints under hard-foot conditions. This foundational work, published in 2002, provides a critical framework for understanding and optimizing the motion capabilities of legged robots. In parallel, Kim contributed to the development of a remote-controlled mobile entertainment robot, designed for advertising and sales-promotion, which required robust two-dimensional mobility and human-attracting features. While his citation counts (2 per paper) reflect a niche impact, his work on velocity workspace analysis offers a precise mathematical tool for roboticists designing multi-legged systems. Kim’s research bridges theoretical kinematics with practical robot design, making his contributions valuable for students and engineers exploring legged locomotion and interactive robotics.