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Observer-based lag synchronization between two different complex networks

机译:两个不同的复杂网络之间基于观察者的滞后同步

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摘要

In this paper, some new criteria for lag synchronization between two or more complex networks are proposed based on the theory of state observer. Some adaptive controllers are designed to make the drive and response systems achieve lag synchronization, no matter whether the nodes in the two systems are with the same dynamical character or the coupling configuration matrices are nonidentical. In addition, based on the output coupling, the amount of coupling variables between two connected nodes is flexible, which can save a lot of channel resources, simplify the network topology and has more significant meanings in engineering applications. At last, the effects of the lag synchronization criteria are verified through some simulation experiments.
机译:本文基于状态观测器的理论,提出了两个或两个以上复杂网络之间滞后同步的新准则。无论两个系统中的节点具有相同的动力学特性还是耦合配置矩阵不相同,一些自适应控制器都可以使驱动系统和响应系统实现滞后同步。另外,基于输出耦合,两个相连节点之间的耦合变量数量是灵活的,可以节省大量的通道资源,简化网络拓扑结构,在工程应用中具有更重要的意义。最后,通过一些仿真实验验证了滞后同步准则的效果。

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