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In this paper, a novel approach for analyzing the synchronization stability of coupled dynamical networks via impulsive control is proposed. It is shown that a single impulsive controller can always pin a given complex dynamical network to a homogenous solution, provided the coupling strength been properly selected. A generic criterion for pinning impulsive synchronization for such a network is also...
In this paper, we propose a novel approach for analyzing synchronization stability in a complex delayed dynamical network via impulsive control. We present the sufficiency conditions for pinning synchronization stability of single impulsive controller for an undirected complex delayed dynamical network in the presence of identical coupling delays between nodes. We also show that a single impulsive...
The issues of impulsive control and synchronization of hyperchaotic Chua system are investigated in this paper. Based on the impulsive control theory of dynamical systems, some simple yet less conservative criteria for asymptotical stabilization and synchronization of impulsively controlled hyperchaotic Chua system are established. It is shown that impulses play an important role in making the controlled...
The present paper deals with the issues of robust impulsive synchronization of uncertain complex delayed dynamical networks from the view of dynamics and control. The prime characteristic of the model considered here is that the coupling functions can be linear or nonlinear, even unknown, which can well describe practical architectures of more realistic networks. Based on impulsive stability theory...
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