Papers
10
Total Citations
513
H-Index
9
About
Zheng-Guang Wu is a leading researcher in multiagent systems, fault-tolerant control, and networked control systems, with a focus on resilience against cyber-physical threats. His work addresses critical challenges in distributed synchronization, containment control, and formation control under denial-of-service (DoS) attacks and actuator faults. Wu pioneered fully distributed adaptive event-triggered mechanisms that reduce communication while ensuring fault-tolerant synchronization, as seen in his highly cited 2020 paper (161 citations). He also advanced observer-based containment control for multiagent systems under DoS attacks (79 citations) and developed dynamic event-triggered resilient formation control for nonlinear systems facing asynchronous attacks (24 citations). His contributions extend to fuzzy-model-based reliable control for semi-Markov jump systems (81 citations) and sliding mode control for discrete fuzzy models. Wu’s work has practical applications in autonomous ground vehicles and nonholonomic mobile robots, with notable achievements in data-driven mixed iteration approaches for human-in-the-loop cooperative tracking. With over 500 total citations, his research is foundational for secure, efficient, and adaptive multiagent coordination in contested environments.
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