Zhongguo Li
Papers
3
Total Citations
14
H-Index
2
About
Zhongguo Li is a rising researcher in the field of multi-robot systems, with a focus on distributed control, cooperative optimization, and game-theoretic decision-making. His work addresses critical challenges in enabling teams of robots to operate autonomously and cohesively in complex, unstructured environments. Li’s most notable contribution is a novel framework for leader-steered rigid shape formation, which, unlike consensus-based methods, allows multi-robot networks to perform both translational and rotational movements while maintaining an invariant geometric shape with prescribed performance guarantees (2024, 8 citations). He has also advanced the state of the art in non-cooperative heterogeneous multi-robot systems, developing an output regulation approach for Nash equilibrium seeking that relaxes the need for direct observation of other players’ actions (2024, 4 citations). Additionally, his work on decentralized cooperative control via distributed optimization provides scalable algorithms for robots with general linear dynamics (2023, 2 citations). Li’s research is particularly impactful for applications in civil, security, and military domains, where robust, distributed coordination is essential.
Research Focus
Key Achievements
Top Papers
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