Closed-Loop model reference fractional adaptive control for a class of wiener systems

This paper considers the problem of block-oriented Wiener systems control. Designing controllers for Wiener systems face many challenges, for instance, parameter uncertainty and lack of state measurement. To address these issues, the input-output response of a class of Wiener systems is represented with a simple fractional-order model, then a closed-loop model reference fractional adaptive controller (CMRFAC) is designed. Simulations illustrate the effectiveness of the proposed control.