Abstract

Synchronization of coupled chaotic neuronal network with small-world topology is explored in this paper. The synchronization condition of chaotic HR neuronal network is obtained by using the master stability function as a general criterion for synchronization stability of neuronal networks. Numerical simulation is performed in a small-world network with hundreds of neurons. It is shown that master stability function is effective for determining synchronization condition of neuronal networks and chaotic small-world neuronal networks can synchronize by setting the coupling strength properly.

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