Papers
1
Total Citations
29
H-Index
1
About
Zi Min is a pioneering roboticist whose research centers on the design, development, and control of high-maneuverability wheeled robots capable of navigating complex, unstructured environments. His most cited work, "Development and Control of a High Maneuverability Wheeled Robot with Variable-Structure Functionality" (2006, 29 citations), addresses a fundamental limitation of conventional wheeled robots: their inability to surmount obstacles higher than their wheel radius. Min’s key contribution lies in introducing variable-structure functionality—a transformative approach that allows robots to reconfigure their morphology in real time, enabling them to climb over significant obstacles and traverse rough terrains where traditional wheeled platforms fail. This innovation bridges the gap between simple wheeled mobility and the adaptability needed for real-world deployment in disaster response, exploration, and industrial inspection. While many prior modifications to wheeled robots offered incremental improvements, Min’s work provides a systematic framework for achieving both agility and obstacle-crossing capability without sacrificing stability or control. His research continues to influence the next generation of field robots, inspiring engineers to rethink robot morphology as a dynamic, problem-solving tool rather than a fixed constraint.
Research Focus
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Top Papers
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