Mingying Li

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About

Mingying Li is a robotics researcher whose work centers on the design, control, and locomotion of quadruped bionic robots. Li's research addresses one of the most challenging problems in mobile robotics: enabling legged systems to navigate complex, uneven terrain with stability and precision. In the 2022 paper "Design of a Parallel Quadruped Robot Based on a Novel Intelligent Control System," Li introduced an innovative mechanical structure paired with an optimized foot trajectory and intelligent controller, employing the D-H kinematic modeling method to achieve high-precision trajectory tracking — work that has already garnered 18 citations, reflecting strong interest from the robotics community. Complementing this, Li's 2021 study on "Gait Programming of Quadruped Bionic Robot" explored how vibration isolation and decoupled fuselage-to-foot-end trajectories enable smooth locomotion even across significantly rugged environments, demonstrating a keen focus on real-world applicability. Together, these contributions position Li as an emerging voice in intelligent legged robotics, advancing both the theoretical foundations and practical engineering of autonomous quadruped systems capable of reliable performance in demanding conditions.