Stabilization Control Design for Network Switched System with Communication Constrains

Switching laws based on average dwell time method and switched state feedback controller are designed for a network switched control system with communication constrains. The networked control system is modeled as a discrete-time switched system with time delay and parametric uncertainties. If feedback control access rate is higher than the stability condition, then the designed scheduling strategy can guarantee every subsystem reaches exponential stability. Sufficient condition for exponentially stability is also presented, and the result shows systems can be stabilized under the designed switch laws. Finally, the effectiveness of the proposed approaches is demonstrated through MATLAB simulation.