Fractional-order PID (FOPID) controllers have been used extensively in many control
applications to achieve robust control performance. To implement these controllers, curve …

Control of real-time pressure process is quite challenging due to high nonlinearity and
sensitivity. PID controllers being the most employed for industrial applications have the …

Predictive PI controllers have been widely used for industrial process plants with deadtime.
This is due to its advantages of simple design, easy tuning, and implementation. However …

This paper focuses on designing a complex fractional differentiator for the order α+ jβ. An
approximation technique using curve fitting based iterative algorithm is proposed for the …

This paper is focused on the design of fractional differentiator for complex orders of α+ jβ
where α∈[0, 1] and β∈ ℜ. Furthermore, for the practical realization of these fractional …

Real-time pressure process control is quite challenging due to high nonlinearity and
sensitivity. For the control of such processes, PI/PID controllers are most widely used due to …

In this chapter, a toolbox for fractional-order systems and PI/PID controllers using Scilab will
be developed. According to our knowledge, the proposed toolbox is the first Scilab based …

Tuning the Proportional Integral Derivative, or PID, controller in cyber-physical systems is a
major challenge as it requires advanced mathematical skills. Several authors in the literature …

In the area of system and circuit theory, it is required to reduce the system complexity for the
fractional-order system while preserving their input–output behavior as much as possible. It …

Over the years fractional ordering of conventional filters have been proposed by researchers
for various industrial applications. In all the developments, the implementation and …