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Control with Random Communication Delays via a Discrete-time Jump System Approach

By et al. Lin Xiao

Abstract

Digital control systems with random but bounded delays in the feedback loop can be modeled as finite-dimensional, discrete-time jump linear systems, with the transition jumps being modeled as finite-state Markov chains. This type of system can be called a “stochastic hybrid system”. Due to the structure of the augmented state-space model, control of such a system is an output feedback problem, even if a state feedback law is intended for the original system. We present a V-K iteration algorithm to design switching and non-switching controllers for such systems. This algorithm uses an outer iteration loop to perturb the transition probability matrix. Inside this loop, one or more steps of V-K iteration is used to do controller synthesis, which requires the solution of two convex optimization problems constrained by LMI’s

Topics: V-K iteration
Year: 2009
OAI identifier: oai:CiteSeerX.psu:10.1.1.135.6839
Provided by: CiteSeerX
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