In this thesis, we consider the decentralized switched control problem where exact conditions for controller synthesis are obtained via Linear Matrix Inequalities (LMIs). Using known derivations for a centralized controller with look-ahead, we were able to extend the decentralized problem with finite memory to include receding horizon modal information. We then compare the performance of a switched controller with finite memory and look-ahead horizon to that of a linear time independent (LTI) controller using a MATLAB simulation. The decentralized controller is further tested with a real-world system comprised of two HoTDeC hovercrafts.
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Decentralized control of linear switched systems with receding horizon