Minyi Zheng
Papers
2
Total Citations
13
H-Index
2
About
Minyi Zheng is a pioneering researcher in the field of metamorphic robotics and unmanned deformable vehicles, focusing on the design and stability of hybrid locomotion systems that seamlessly transition between wheeled and legged modes. Their major contributions include developing motion analysis frameworks and stability optimization strategies for reconfigurable robots, addressing the critical challenge of tipping instability during mode transitions between automotive and humanoid states. Zheng's work on the "Motion analysis and stability optimization for metamorphic robot reconfiguration" (2022, 8 citations) and "Stability analysis and design of an unmanned deformable vehicle during coupled reconfiguration motion" (2022, 5 citations) has laid foundational groundwork for safer, more robust reconfigurable platforms. These studies are particularly notable for their practical implications in creating vehicles that combine high-speed driving on pavement with agile walking on uneven terrain—a capability with significant potential for search-and-rescue, exploration, and military applications. By systematically analyzing the coupled dynamics of reconfiguration, Zheng has advanced the understanding of how to maintain stability in these complex hybrid systems, making their work essential reading for researchers in robotics, mechanical design, and autonomous systems.
Research Focus
Key Achievements
Top Papers
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