摘要
本文研究了动态参数不确定性的复杂网络在混合时滞下的自适应完全同步。时变节点时滞、耦合时滞和分布时滞被添加到动态模型方程中用来研究混合时滞是如何影响网络的动态行为的。模型中动态参数的不确定性更符合实际系统并能更好地扩展其应用。应用了一个简单的自适应控制器便可处理网络之间的同步关系。最后通过数值模拟验证网络同步的可行性。
In this paper, adaptive complete synchronization of complex networks with dynamic parameter uncertainties under mixed delays is investigated. Time-varying node delays, coupling delays and distributed delays are added to the dynamic model equations to study how mixed delays affect the dynamic behavior of the network. The uncertainty of dynamic parameters in the model is more consistent with the actual system and can extend its application better. A simple adaptive controller is applied to resolve the synchronization relationship between the networks. Finally, the feasibility of network synchronization is verified by numerical simulation.
出处
《动力系统与控制》
2022年第4期151-159,共9页
Dynamical Systems and Control
