Synchronization Analysis of Directed Complex Networks with Multi-Weights via Intermittent Control

This thesis analyses the synchronization issue for directed complex networks with multi-weights (CNMs). In the synchronization control scheme, the control strategy adopts non-periodically intermittent and pinning control methods, and the number of pinned nodes can be different in different sub-networks(coupling forms). Based on the Lyapunov stability theory, a linear feedback controller is designed, some sufficient conditions are derived for guaranteeing exponential synchronization of directed CNMs via intermittent control. Furthermore, two numerical simulations further validate the obtained conclusions.