Dynamic Event-Triggered Pinning Synchronization for Switched Impulsive Complex Networks With Asynchronous Switching
Xiaoli Ruan, Jianwen Feng, Chen Xu, Jingyi Wang, Yi Zhao
Abstract
In this article, the pinning control problem is considered for the synchronization of switched impulsive complex networks (SICNs) with asynchronous switching. In order to reduce the communication burden, a pinning controller under the mode-dependent dynamic event-triggered (DET) scheme is designed to realize the synchronization. Unlike the conventional DET control strategies, this brief proposed one that simultaneously transmits the state and the switching information to the controller. Moreover, using the average dwell time method, a set of sufficient conditions for synchronization analysis is developed. Besides, the proposed control scheme can eliminate Zeno behavior effectively and even lessen the consumption of computing resources.