Due to the high-quality standards required by the process control industry such as liquid-
level control, it is desired to implement sophisticated controllers that ensure the proper …

This paper proposes a Liquid Level Control in two tanks spherical interacting system (TTSIS)
with Fractional Order Proportional Integral Derivative (FOPID) controller using hybrid system …

In process industries there is a high demand for design of multivariable control systems. The
goal of this paper is to keep the liquid level in an Interacting Coupled Spherical Tank System …

In this paper a real time Single Spherical Tank Liquid Level System (SSTLLS) has been
chosen for investigation. This paper describes the design and development of a Multi Model …

Recently, wind energy sources have been attracted considerable attention due to the lack of
sustainable energy resources and the environmental policy imposed worldwide. As the …

In this paper, a robust setpoint tracking disturbance rejection and aggressiveness (RTD-A)
controller is designed and developed to control the liquid level of a conical tank process …

This paper presents liquid level control of interacting spherical tank system using PI
controller. The spherical tank is divided into four regions and for each region a particular PI …

The paper presents the design and validation of two control system (CS) structures for the
level control of vertical two tank systems. The first CS structure consists of a Multi Input Multi …

One of the main problemsin the performance of process industries in first order plusdead
time (FOPDT) system is because the presence of time delay in the system which can lead to …

The paper presents the design of several classical low-cost control systems (CSs) with
Integral Controllers (I), Proportional-Integral Controller (PI), Proportional-Integral-Derivative …