Wenting Hou

Papers

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About

Wenting Hou is a robotics researcher whose work focuses on advancing locomotion and control for legged robots operating in challenging, unstructured environments. Her key research areas include whole-body motion planning, impedance control, and the application of fractional calculus to robotic compliance. Hou’s most notable contribution is a layered, whole-body motion planning algorithm for hydraulic quadruped robots, enabling them to navigate complex terrain through a bilateral time logic game between the robot and its environment. This work, published in 2020, has garnered 3 citations and addresses the critical challenge of autonomous walking in real-world settings. Additionally, her 2019 study on force-based fractional impedance control (4 citations) explores how fractional derivatives can enhance compliance and stability in legged robot control loops. By integrating advanced control theory with practical robotic systems, Hou is helping to bridge the gap between theoretical algorithms and robust, real-world performance. Her research is particularly relevant for students and engineers working on legged robotics, offering foundational insights into how robots can achieve adaptive, stable locomotion in complex environments.