Yaoyao Zhou
Papers
2
Total Citations
56
H-Index
2
About
Yaoyao Zhou is a leading researcher in advanced control theory, specializing in robust and non-fragile control for complex stochastic systems. Her work focuses on Markovian jump systems—a class of hybrid dynamical systems subject to random abrupt changes—and she has made seminal contributions to finite-time sliding mode control (SMC) for such systems. Zhou’s most cited paper, “Non-fragile H∞ SMC for Markovian jump systems in a finite-time” (2021), has garnered 47 citations, establishing a foundational framework for ensuring system stability and performance within a prescribed time horizon, even when controller parameters are subject to uncertainties. In a related study (2021, 9 citations), she extended this approach to stochastic Markovian jump systems with time delays, addressing the critical challenge of delayed feedback in real-world applications. Her research is distinguished by its rigorous mathematical treatment of non-fragility—designing controllers that remain effective despite implementation inaccuracies—and its practical relevance to safety-critical domains such as aerospace, power systems, and networked control. Zhou’s work has significantly advanced the theory of finite-time control, providing engineers with robust tools for systems that must meet strict transient performance requirements.
Research Focus
Key Achievements
Top Papers
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