This paper reviews the evolution of Internal Model Control (IMC) techniques developed so
far for unstable processes. The IMC strategy has shown significant results over the past two …

The incorporation of renewable energy sources (REs) in modern interconnected power
systems (PSs) raises concerns about stability, flexibility, and appropriateness. Furthermore …

A dual-degree of freedom (dual-DOF) propor-tional-integral proportional-derivative (PI-PD)
controller is developed for integrating-type chemical processes with delay. The interior-loop …

Controlling unstable and integrating type continuously stirred tank reactors (CSTRs) are
more difficult due to the presence of poles in the right half and at the origin of the s-plane …

Integrating and unstable processes require rugged control demand by virtue of their non-self-
regulation character. The occurrence of system poles located at the origin and on the right …

To achieve good servo and regulatory responses, a generalized fractional-order tilt-integral-
derivative (FOTID) control is developed in this study for time-delayed fractional-order …

Abstract Continuously Stirred Tank Reactors (CSTR) are one of the widely used reactors in
the chemical industry. Controlling such reactors is challenging because many times it …

Integrating processes, whose one or more poles are located at the origin, are common in the
process industry. This paper focuses on maximum sensitivity (Ms)-based control of these …

The demeanour of many chemical and non-chemical processes resemble that of an
integrating process. Develo** a control plan for an integrating process is complicated, and …

This article proposes an enhanced control of integrating cascade processes. The
importance of the scheme shows by controlling a double integrating process with time delay …