In this research article, a fractional-order nonlinear Proportional plus Integral plus Derivative
(FONPID) controller is incorporated into a complex surge tank system where the gains of the …

This article presents an in-depth analysis of three advanced strategies to tune fractional PID
(FOPID) controllers for a nonlinear system of interconnected tanks, simulated using …

An adaptive nonlinear proportional plus integral plus derivative (NPID) controller is
explained in the present exploration work for controlling a surge tank system. Dealing with a …

This research work focus on level control in quadruple tank systems based on proposed
Deep Neural Fuzzy based Fractional Order Proportional Integral Derivative (DN-FFOPID) …

Nonlinear dynamics constitute a significant component in nuclear power plants. Nuclear
power plants must be controlled solely because of this feature to provide the demand power …

This work discusses the design of a non-integer-order PID controller for a non-linear conical
tank liquid level process using Nelder-Mead (NM) algorithm and compares its performance …

Abstract A conventional Proportional–Integral–Derivative (PID) controller is not able to adapt
to the changes in the system of a plant having nonlinear dynamics. In this paper, a Neural …

Process control is used in various types of industries to boost production while using current
resources, product quality, and safety, with level control being one of the most important …

A fractional order PID (FOPID) controller, which is suitable for control system designing for
being insensitive to the variation in system parameter, is proposed for hydroturbine …

In any process control application, controller design is the most important part. There are
various types of controller architectures available in control literature. Model predictive …