Papers
5
Total Citations
98
H-Index
5
About
Bin-Bin Hu is a rising leader in multi-robot coordination, with a focus on guiding vector fields and flexible platoon control. Their pioneering work introduces spontaneous-ordering and ordering-flexible algorithms that allow robot teams to autonomously arrange themselves into efficient formations—without requiring predefined roles—while navigating complex paths or surfaces. Hu’s most-cited paper (2023, 44 citations) presents a distributed guiding-vector-field algorithm for spontaneous-ordering platoon control, enabling robots to self-organize during path navigation. Building on this, their coordinated guiding vector field design (2024, 20 citations) extends the approach to ordering-flexible motion on 2D surfaces, and subsequent work (2024, 16 citations) tackles moving target convoying through long-term task execution. Hu has also explored hierarchical network dynamics, revealing how reverse edges can profoundly influence large-scale directed networks (2023, 11 citations). Their recent FSOC algorithm (2024, 7 citations) further advances the field by enabling flexible subgrouping and ordering for convoying multiple scattered targets. With over 98 combined citations in just two years, Hu’s contributions are shaping the future of autonomous multi-robot systems, offering scalable, adaptive solutions for real-world applications in surveillance, search-and-rescue, and cooperative transport.
Research Focus
Key Achievements
Top Papers
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- 4The Immense Impact of Reverse Edges on Large Hierarchical Networks11 citations · 2023
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