Abstract
In this paper, synchronization in coupled irregularly arrays of 3D cellular neural networks (CNNs) is numerically studied. Chaotic synchronization of 3D CNNs is achieved by appealing to complex systems theory. In particular, we consider complex dynamical networks composed by 3D CNNs, as interconnected nodes, where the interactions in the networks are defined by coupling the first state of each node. We impose the particular dynamics of a master node to multiple slave nodes in complex networks.
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