Wenxue Li
Papers
16
Total Citations
292
H-Index
10
About
Wenxue Li is a prominent researcher specializing in stochastic dynamical systems, multiagent consensus, complex network synchronization, and nonlinear control theory. His work sits at the intersection of stochastic analysis, control engineering, and network science, with a particular focus on developing robust stabilization and synchronization frameworks for systems subject to noise, delays, and intermittent control. Among his most influential contributions is the introduction of aperiodically intermittent discrete-time state observation noise (AIDSON) for achieving almost sure exponential consensus in multiagent systems, a concept he extended to complex dynamical networks and garnered over 90 combined citations. His investigations into Takagi–Sugeno fuzzy systems under event-triggered stochastic control and into stochastic Lévy noise coupled systems with mixed delays further demonstrate his commitment to broadening classical stability frameworks to accommodate real-world uncertainties. More recently, his pioneering work on periodic self-triggered intermittent sampled-data control for highly nonlinear delayed stochastic networks has removed restrictive linear growth conditions, marking a significant theoretical advance. With over 260 citations across his top works, Li's research has meaningfully shaped modern understanding of stochastic network dynamics and intelligent control design, making his publications essential reading for graduate students and researchers in systems and control theory.
Research Focus
Key Achievements
Top Papers
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- 6Stability of stochastic Lévy noise coupled systems with mixed delays22 citations · 2020
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