Hanfeng Yin

Papers

Total Citations

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About

Hanfeng Yin is a pioneering roboticist whose research focuses on extreme-terrain mobility systems and self-assembly swarm robotics. His most influential work introduces a novel four-wheel-rhombus-arranged (FWRA) mobility system for lunar robotic rovers, designed to navigate the unfamiliar, arduous environments of planetary surfaces under severe weight and power constraints. This innovation, detailed in his 2013 paper (11 citations), departs from traditional ground vehicle designs, offering enhanced maneuverability and stability for space exploration. More recently, Yin has advanced the frontier of swarm robotics with his crystallization-inspired approach to self-assembly lattice formation. His 2024 paper (5 citations) tackles the formidable challenge of designing high-performance, scalable formation strategies for robot swarms, proposing a macroscopic model that bridges theoretical physics and practical robotics. This work addresses a critical open problem in the field, enabling more robust and autonomous collective behaviors. Yin’s research uniquely combines mechanical ingenuity with complex systems theory, making significant contributions to both planetary exploration and distributed robotics. His work continues to inspire new generations of engineers and researchers working at the intersection of mobility, autonomy, and swarm intelligence.