Decentralized Pinning Synchronization Of Colored Time-Delayed Networks Via Decentralized Pinning Periodically Intermittent Control

This paper investigates synchronization of colored time-delayed networks via decentralized pinning periodically intermittent control. Unlike most pinning periodically intermittent control applying the pinned nodes only from 1 to 1 or a centralized adaptive control, one proposes a decentralized pinning periodically intermittent control to weak the restrictions. Based on Lyapunov stability theorem, sufficient conditions are derived to guarantee the realization of colored delayed networks' synchronization. Finally, the corresponding numerical simulations have been presented to verified effectiveness and correctness of the theoretical results.