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In this paper, a sliding mode controller with neural network sliding surface is proposed. This sliding surface uses the estimation of the relationship between the nominal states by using neural network. In the conventional sliding mode control, the dynamic of sliding surface is not as same as nominal dynamic of original system. To overcome this problem, some research papers with additional dynamic...
The PBC(passivity-based control) gives desirable control results in the control of DC-to-DC converters. The SMC(sliding mode control) has good robustness properties for the disturbance with known bounds. A new dynamical feedback controller which adds robustness to PBC(passivity-based control) using SMC(sliding mode control) is derived for DC-to-DC power converters. This means that the PBC and the...
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