The simplicity, transparency, reliability, high efficiency and robust nature of PID controllers
are some of the reasons for their high popularity and acceptance for control in process …

In order to realize the goal of optimal use of energy sources and cleaner environment at a
minimal cost, researchers; field professionals; and industrialists have identified the …

CSTR (Continuous stirred tank reactor) is employed in process control and chemical
industries to improve response characteristics and system efficiency. It has a highly …

This work aims to tune multiple controllers at the same time for a HVDC system by using a
self-generated (SG) simulation-based optimization technique. Online optimization is a …

This paper presents a linear matrix inequality based Proportional-Integral-Derivative (PID)
type H∞ controller design for a quarter car active suspension system. The model of the real …

Power electronics based cuk converter finds many practical and industrial applications such
as renewable energy systems, hybrid electric vehicle, electronic voltage regulators, etc., to …

The PID controller's well-established advantages have led to its widespread application in
practically all industrial operations. The effectiveness of the controller has a major impact on …

PID controllers are important control methods that are widely used in industrial processes.
Proper tuning of PID gains is critical for achieving the state-of-the-art system performance …

In this paper, a modified output–feedback multivariable model reference adaptive control
(MRAC) scheme is proposed for a valve-actuated quadruple-tank process with actuator …

In this paper, an optimal design of the two-degree-of-freedom proportionalintegral-derivative-
accelerated (2DOF-PIDA) controllers for the liquid-level system based on the modern …