Kan Jiangming

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About

Kan Jiangming is a pioneering researcher in the field of mobile robotics, with a specialized focus on wheel-legged locomotion systems designed for complex, unstructured environments. His work centers on the kinematic analysis, stability control, and intelligent gait planning of novel wheel-legged robots, particularly those capable of autonomous obstacle-surmounting and self-leveling. Dr. Jiangming’s major contributions include the development of a unique auto-leveling control method for a six wheel-legged robot with articulated steering, which significantly enhances stability during dynamic terrain traversal. His highly cited 2015 paper on stability analysis and gait planning for a luffing wheel-legged robot (11 citations) provides a foundational framework for ensuring safe and efficient obstacle negotiation. Additionally, his work on kinematic modeling and leveling control (2 citations) introduced a practical algorithm for maintaining platform equilibrium, a critical achievement for field robotics applications. Through these studies, Kan Jiangming has advanced the theoretical and practical understanding of adaptive locomotion, laying essential groundwork for future autonomous rescue and exploration robots.