Chun-Feng Huang

Papers

Total Citations

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About

Chun-Feng Huang is a robotics researcher whose work sits at the fascinating intersection of humanoid robotics, control systems, and dynamic balance. His research focuses on the design and implementation of autonomous robotic systems capable of performing complex, human-like physical tasks — most notably, riding and controlling a bicycle. Huang's most recognized contribution is his development of a miniaturized humanoid robot capable of pedaling, balancing, and steering a bicycle using its handlebars — closely mimicking the mechanics of a human rider. His 2017 paper, "Balancing Control of a Robot Bicycle with Uncertain Center of Gravity," which has garnered 20 citations, introduced innovative control strategies to address real-world challenges such as uncertainty in the robot's center of gravity — a notoriously difficult problem in dynamic balance systems. His follow-up 2018 work extended this further by incorporating real-time center of gravity estimation into the controller, demonstrating a more adaptive and robust approach to stabilization. These contributions advance the broader field of humanoid robotics by tackling inherently unstable, underactuated systems in ways that have meaningful implications for autonomous navigation and human-robot interaction research. His work represents a compelling bridge between theoretical control design and practical robotic engineering.