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Fractional-variable-order digital controller design and tuning for automatic voltage regulator system

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FD2W03 - Optimal control and fractional dynamics

In the presentation an optimization method utilizing the yellow saddle goatfish algorithm  with a new fitness function will be proposed to design two types of fractional-variable-order PID (FVOPID) digital controllers for the automatic voltage regulator (AVR) system. Simulations and comparisons of the results will be presented, showing that variable-order control can perform better than the existing solutions for the AVR system. Additionally,  a stability analysis of a closed-loop system by utilisation of the Nyquist stability criterion will be disscussed. 

This talk is part of the Isaac Newton Institute Seminar Series series.

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