Control design for complex cyberphysical systems is a challenging task, especially when the
safety and economic performance of the control system are considered. Two approaches …

This paper describes a design procedure for a collaborative control structure in Plant Wide
Control (PWC), taking into account the existing controllable parameters as a novelty in the …

This paper presents a hybrid centralized control scheme for a nonsquare multivariable
process. The proposed approach combines the Smith predictor, gain-scheduling …

This paper presents the deduction of a phenomenological-based semi-physical model
(PBSM) for the gas humidification in a fuel-cell assembly. Unlike previously published …

To improve efficiency in wastewater treatment plants, suitable optimization and control
strategies for the activated sludge process are imperative. Therefore, adequate models for …

Processes with material and energy recycle are frequently encountered in chemical process
industries. Most of the existing data-driven model identification techniques assume that the …

Most of the industrial processes are MIMO and constrained in nature. So the development of
MIMO constrained controller is always preferable and makes challenges to the control …

In this study, a methodology for parametric identification of phenomenological based
semiphysical models (PBSMs) is presented. The proposed methodology relies on a …

One of the most common methods to obtain propylene glycol (PG) is using a Re-actor-
Separator-Recycle (RSR) system. The control of temperature and reagent concentration …

This paper analyses the control performance of the complex nonlinear reactors-separator
plant that represents a challenging control task. The controlled system consists of three …