Yaodong Pan

Papers

Total Citations

H-Index

About

Yaodong Pan is a pioneering researcher in the field of bipedal robotics and teleoperation systems, whose work has fundamentally advanced the understanding of efficient and adaptive walking mechanisms. His most influential contributions center on leveraging the principles of passive dynamics for biped locomotion, most notably in his 2001 paper on "Biped walking robot control with passive walker model by new VSC servo" (15 citations), where he demonstrated how to harness the natural, energy-efficient gait of passive walkers through variable structure control. This work laid the groundwork for creating robots that walk with human-like efficiency. Pan further expanded the capabilities of bipedal robots by introducing a novel stick-assisted walking strategy for uneven terrain (2007, 11 citations), solving a critical challenge in real-world deployment. Beyond legged locomotion, he made significant strides in remote robotics with his development of an Internet-based tele-control system for wheeled mobile robots (2006, 13 citations), pioneering accessible, browser-based control architectures. With a career marked by innovative crossovers between control theory and practical robotics, Pan's research continues to inspire new generations of roboticists seeking to build machines that move with both grace and resilience.