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In this paper, exponential stabilization and synchronization of complex-variable chaotic system are investigated. Periodically intermittent controllers are designed and applied to achieve the stabilization and synchronization. Based on the differential inequality method and the analysis technique, several simple and useful synchronization criteria are derived. Simulated examples are provided to verify the effectiveness of the proposed method.

Exponential Stabilization and Synchronization of Complex-variable Chaotic Systems via Intermittent Control