Intermittent event-triggered control for exponential synchronization of multi-links complex networks
In this paper,the exponential synchronization of multi-links complex networks with time delays via intermit-tent event-triggered control is discussed.An intermittent dynamic event-triggered control strategy is designed.In contrast to the intermittent static event-triggered control strategy,the proposed control strategy in this paper is based on the dynamic event-triggering during the control interval,which greatly reduces the event-triggered times.Furthermore,the control gain of intermittent control considered in this paper is adaptive,which has the function of dynamic adjustment.Based on the graph theory and Lyapunov method,the sufficient conditions for realizing the exponential synchronization of multi-links complex networks with time delays are presented.In addition,the control strategy designed in this paper can exclude Zeno phenomenon.Moreover,the obtained theoretical results are applied to the exponential synchronization of a class of oscillators systems.Finally,corresponding numerical simulations are provided to verify the validity and feasibility of the theoretical results.
complex networksexponential synchronizationintermittent event-triggered control
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