Xiaowen Zhang

Papers

Total Citations

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About

Xiaowen Zhang’s research centers on robotics and locomotion control, with a particular focus on the mechanics and design of legged robots. Zhang’s major contributions lie in the analysis and synthesis of dynamic gaits for unconventional robotic systems, most notably through the development of a ballistic flipping gait for a planar one-legged robot. This work, published in 2002, introduced a novel robot architecture with three revolute joints, two links, and two feet—a departure from traditional springy-legged designs. By addressing the limitations of prior cyclic jumping gaits, Zhang advanced the understanding of angular rate control in knee joints, enabling more stable and efficient single-legged locomotion. While the paper has accumulated 4 citations, its conceptual impact resonates in the niche field of minimalist robot design. Zhang’s research exemplifies a methodical approach to robotic motion, bridging theoretical mechanics with practical engineering challenges. This work stands as a foundational reference for researchers exploring non-spring-based dynamic gaits, highlighting Zhang’s role in pushing the boundaries of robotic agility and control.