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Propose a rapid sliding mode synchronization method with non-singular terminal for unmatched uncertainties of chaos systems. Through the design of switching surface of sliding mode and corresponding nonsingular terminal sliding mode control strategy, making the two chaotic systems with unmatched uncertainties can be synchronized in finite time. Simulation results show that the proposed method reduce...
A speed synchronization scheme for multi induction motors is developed, by incorporating total sliding mode control into adjacent cross-coupling control architecture. The presented control scheme comprises two parts: tracking error controller and synchronization error controller. The proposed control strategy is to stabilize speed tracking of each induction motor while synchronizing its speed with...
In this paper a sliding mode controller is presented for a class of master-slave chaotic systems with uncertainties. In order to avoid the effects of uncertainties, an improved approaching law based on time-variable parameters is then proposed. In the approaching law, parameters are not constants, but they are time-variable according to the given variable laws. The proposed scheme can be implemented...
We present a new algorithm to synchronize two nonlinear systems. The systems may differ in structure, parameter values, and have structural uncertainties; therefore, the algorithm is robust in this sense. The conditions on the systems for applying this algorithm are the following: they must have the same order, and be in integrator chain form. Furthermore, we must know the bounds on the parametric...
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