The measurement delay of the feedback control system is a universal problem in industrial
engineering, which will degrade output performance, especially causing undesirable chatter …

Efficient control of industrial delay processes is a challenging problem in the field of process
control. Time delays are generally experienced in industrial processes from distance velocity …

This work presents a comparative analysis of PID, DTC and MPC strategies when used to
control SISO processes with dead time considering characteristics commonly found in …

In this paper, control of stable, unstable and integrating processes with large time delay in
the presence of uncertainty, external disturbances and measurement noise is investigated …

A novel multi‐loop control configuration with two controllers is suggested for integrating
processes having large dead‐time. The inner‐loop consists of a Smith predictor having …

The design of control methods for unstable plants is somewhat complex than that of stable
plants. This is because unstable process models contain one or more poles lying on the …

A robust fuzzy predictive control (RFPC) based on Takagi-Sugeno (TS) fuzzy model is
proposed for systems with uncertainties, time-varying delays, unknown disturbances, as well …

The robust control of the crude oil outlet temperature uniformity in a heating furnace of a
petroleum refinery is addressed. A reliable dynamic model of the nominal process has been …

The article reviews the results of a number of recent papers dealing with the revision of the
simplest approaches to the control of first-order time-delayed systems. The concise …

Industrial processes often involve a long time delay, which adversely affects the stability of
closed-loop control systems. The traditional Smith Predictor (SP) is a model-based controller …