Numerical Solution for Linear-Quadratic Control Problems of Markov Jump Linear Systems and Weak Detectability Concept |
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Authors: | Do Val JBR Costa EF |
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Institution: | (1) Department of Telematics, Faculty of Electrical Engineering and Computation, University of Campinas, Campinas, SP, Brazil;(2) Department of Telematics, Faculty of Electrical Engeneering and Computation, University of Campinas, Campinas, SP, Brazil |
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Abstract: | A method for solving the linear-quadratic problem of Markov jump linear systems is developed in this paper, relying on the assumption of weak detectability. The concept of weak detectability generalizes previous concepts relevant to this class of systems, and most importantly, it allows us to revisit the quadratic control problem. In the main result of the paper, we show that, for weakly detectable systems, the solution obtained with the new method converges to the solution of the coupled algebraic Riccati equation that arises in the control problem if and only if the system is mean-square stabilizable. The paper shows how the concepts and the method involved are applied by means of numerical examples and comparisons. |
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Keywords: | mumerical methods for stochastic systems detectability and observability of stochastic systems optimal control Markov systems multivariable control |
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