Jiabao Wei , Hai Wang , Kaibo Shi , Shuping He , Chengcheng Ren
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Finite-region dissipative control for two-dimensional Roesser systems via Markov jumping mechanism
This paper focuses on the dissipative control design problem for a class of Markov jump systems (MJSs) via two-dimensional (2D) Roesser models. In terms of Lyapunov functional methods and linear matrix inequalities techniques, sufficient conditions are established to obtain the dissipative controller, such that the closed-loop system is finite-region bounded with (Q, S, )-κ-dissipative performance. Finally, the potential application of the designed approach is demonstrated via a numerical example of Darboux equations.
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