Jeong-Ho Shin

Papers

Total Citations

H-Index

About

Jeong-Ho Shin is a pioneering researcher in precision robotics and motion control, with a career focused on advancing direct drive (DD) robot systems. His key contributions lie in developing robust control strategies that overcome the inherent sensitivity of DD motors to disturbances and parameter variations—a critical challenge in high-stiffness, frictionless robotic applications. Shin’s most influential work, “Positioning Control of Direct Drive Robot with Two-Degree-of-Freedom Compensator” (2002, 10 citations), introduced a systematic approach to disturbance observer-based control, moving beyond intuitive filter design to enhance positioning accuracy. Earlier foundational papers, including “Hybrid Position/Force Control of Direct Drive Robots by Disturbance Observer in Task Coordinate Space” (1992, 5 citations), demonstrated innovative hybrid control in task space, enabling precise force and position regulation. Collectively, his research has accumulated over 21 citations, reflecting its impact on industrial automation and robotics. Shin’s work is notable for bridging theoretical control methods with practical implementation, offering solutions that improve reliability in direct drive systems—a cornerstone for modern collaborative and high-speed robots. His legacy continues to inspire engineers seeking robust, model-free control techniques.