Abstract
For the multi-packet transmission networked control systems with uncertain short time delay and data dropouts, system modeling and control problem is studied on the condition that packet transmission using dynamic scheduling strategy. Supposing that the packet transmission process has the Markov characteristic, it is modeled as a class of discrete Markov jumping system with parameter uncertainty. The sufficient condition for the mean square asymptotic stability of the system is derived based on the linear matrix inequality (LMI) approach, a state feedback controller design method is also provided. Simulation result shows the validity of the method.
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