The interest in fractional-order (FO) control can be traced back to the late nineteenth century.
The growing tendency towards using fractional-order proportional-integral-derivative …

Owing to integrating the dense range of distinct electric power sources, high volume of
power generation units, abrupt and continuous changes in load demand, and rising …

The interest towards using Fractional-order (FO) PID controllers in the industry is mainly
fueled by the fact that these controllers have two additional “tuning knobs” that can be used …

The proportional-integral-derivative (PID) controllers have experienced series of structural
modifications and improvements. Example of such modifications are set-point weighting and …

In this paper, a fractional order PID controller cascaded with a fractional filter is proposed for
higher order processes. In this analytical design methodology, one or two reduced fractional …

Owing to nonlinear structure and uncertain load demand characteristics, expert and
intelligent automatic generation control (AGC) is inevitable for coherent operation and …

In this study, a robust fractional-order controller design methodology for a type of fractional-
order or integer-order model with dead time is proposed using phase and gain margin …

This paper examines two approaches in tuning fractional order proportional-integral-
differential (FOPID) control named as neuro-based FOPID (NNFOPID) and particle swarm …

The fractional order proportional integral derivative controller (FOPID) replaces the
conventional PID controller for its immense merits such as its simple structure, better set …

With steadily increasing interest in utilizing wind turbine (WT) systems as primary electrical
energy generators, fault-tolerance has been considered decisive to enhance their efficiency …