Edge-Based Decentralized Adaptive Pinning Synchronization of Complex Networks Under Link Attacks

Edge-Based Synchronization Control Criteria of Complex Dynamical Networks with Reaction–Diffusions

“…This greatly improves the efficiency of network synchronization. Different from [14][15][16], the control methods in this paper saves the cost of network control to a large extent.…”

“…However, in a real control system, we can adjust the network-specific needs and achieve faster synchronization. Therefore, a control method, namely edge-based pinning control, has come into view [14][15][16]. Edge-based pinning synchronization usually achieves a faster synchronization speed because the edges in the network topology can be directly controlled to promote synchronization between nodes and enhance the anti-interference ability of the system [14].…”

“…In recent years, many scholars have devoted themselves to studying the influence of the time variable on the node state in a network [4,5,7,[11][12][13]16]. These models can be described by ordinary differential equations (ODEs).…”

“…In [29,30], Wu et al investigated the synchronization and stability of fractional MNNs with delays by using the pinning control method. (iii) As research continues to evolve, different control methods have been developed for networks with R-Ds, such as intermittent control [19,22,26,33], pinning control [25,29,30], and edge-based pinning control [14][15][16]. To our delight, in [33], Hu et al discussed the FxTS of fuzzy CDNs by means of intermittent pinning control, and proposed several LMIs to obtain synchronization criteria (not the DCDNs, and the control methods are different).…”