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About

Jong Hyeon Park is a prominent robotics researcher whose work spans biped locomotion control, medical robotics, and robotic manipulation systems. He is perhaps best known for his foundational contributions to biped robot locomotion, where his 2001 paper on impedance control — now cited nearly 200 times — introduced a influential framework for controlling both legs through specified impedance parameters that adapt dynamically across gait phases. This work laid the groundwork for a productive series of studies addressing real-world locomotion challenges, including slippery surface navigation, zero-moment-point (ZMP) trajectory optimization using fuzzy logic, and online trajectory modification for enhanced stability, collectively amassing hundreds of citations. Beyond locomotion, Park has demonstrated notable breadth in his research portfolio. His work on visual servoing for ball-on-plate motion control, practical robust controllers for flexible-joint manipulators, and collision-free path planning for cable-driven parallel robots reflects a sustained interest in robust and adaptive control across diverse robotic platforms. Particularly noteworthy is his contribution to medical robotics, where his inchworm-inspired colonoscopic robot design addresses critical patient safety concerns in gastrointestinal procedures. With over 670 cumulative citations across his most-recognized works, Park's research has meaningfully advanced both theoretical frameworks and practical solutions in modern robotics.