Papers
2
Total Citations
11
H-Index
2
About
Huai Wu’s research centers on multi-robot systems, with a particular focus on sequential flocking and motion control for non-holonomic mobile robots. In a landmark two-part study (2011–2012), Wu introduced a novel procedure for multi-mode sequential flocking, addressing the critical challenge of enabling robot teams to navigate while avoiding collisions and obstacles. The first paper (7 citations) established the mode description and integration principle, laying the theoretical foundation for coordinating multiple robots in complex environments. The second paper (4 citations) brought this framework to life, implementing and analyzing the system using the MuRoS simulation platform to replicate real-world multi-robot scenarios. Though early in citation impact, Wu’s work represents a significant step toward practical, decentralized robot coordination. By systematically decomposing flocking into distinct operational modes and providing a clear integration strategy, Wu’s contributions offer a valuable blueprint for researchers working on swarm robotics, autonomous navigation, and cooperative control—bridging theory and simulation to advance the field.
Research Focus
Key Achievements
Top Papers
- 1
- 2