DC-DC Buck Converter Polynomial Tracking Control Design With Saturation Constraint
Résumé
This paper concerns the Sum Of Squares (SOS) based polynomial tracking control design for DC-DC Buck Converters. An integral polynomial controller is designed, not only the DC-DC converter output follows reference voltage but also to satisfy the control bounds. The suggested SOS-based framework offers a certain number of innovations such that i) the ability for handling with nonlinear systems; ii) the strong SOS approach to get control gains; iii) the great performance of the polynomial control with saturation constraint; iv) the practicable rigorous proof for tracking error using an integral of the output regulation error. Finally, the applicability of our theoretical findings is simultaneously demonstrated through simulation results.
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