Posts Tagged ‘Markovian jumping parameters’:

Study on Guaranteed Cost Control for Uncertain Systems

Based on the linear matrix inequality (LMI) method, Lyapunov stability theory and technique of inequality transformations, the guaranteed cost control problems are investigated for uncertain large-scale interconnected systems, uncertain time-delay systems, uncertain singular time-delay systems and uncertain singular time-delay markovian jumping systems. The main contents of this dissertation are written as follows:(1) The optimal guaranteed

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Study on Guaranteed Cost Control for Uncertain Systems

Based on the linear matrix inequality (LMI) method, Lyapunov stability theory and technique of inequality transformations, the guaranteed cost control problems are investigated for uncertain large-scale interconnected systems, uncertain time-delay systems, uncertain singular time-delay systems and uncertain singular time-delay markovian jumping systems. The main contents of this dissertation are written as follows:(1) The optimal guaranteed

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Robust Control and Filtering for Uncertain Time-Delay Systems with Jnmping Parameters

Because parameter varying is inevitable in practical systems, robust control for uncertain systems is not only significant for theory research but also valuable in practice. On the other hand, state estimation plays an important role in systems and control theory, signal processing and information fusion. Certainly, the most widely used estimation method is the well-known

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Fuzzy Controller Design and Application for Nonlinear Systems Based on T-S Models

With the rapid development of science technology, the problem of modeling, analyzing and designing for complex nonlinear systems is very hard to be solved by traditional control theory. Since the eighties of the twentieth century, fuzzy control technology has obtained great evolution in control theory and engineering practice becaue that it is easier to design

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