Stabilization of complex switched networks with two types of delays via impulsive control

This paper presents a general complex switched network (CSN) model that contains switching behaviors in both its nodes and topology configuration. Stabilization of such directed time-varying CSNs with two types of delays is investigated. The two types of delays consist of the system delay at each node and the coupling time-delay between nodes. Based on the Lyapunov stability theory, delay independent stabilizing conditions for CSNs with both types of delays are obtained via impulsive control. A numerical example is provided for illustration.