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 …

The robust stability study of the classic Smith predictor-based control system for uncertain
fractional-order plants with interval time delays and interval coefficients is the emphasis of …

In this paper a generalized predictive controller (GPC) for effective control of clinkerization
temperature in a cement rotary kiln is designed. By using methods for identification of …

The steel industry is among the companies with highest energy consumption due to the
heating processes in their production. Furnaces used for slabs reheating in this industry …

This paper proposes the design of a state feedback Smith predictor controller (SFC-SP) for
the effective temperature control in a precalciner of a cement rotary kiln. The dynamic model …

Resumen RIVAS-PEREZ, R.; SOTOMAYOR-MORIANO, J.; PEREZ-ZUNIGA, CG y
CALDERON-MENDOZA, EM. Design of a multivariable GPC based on an industrial PC for …

This paper proposes the design of a PI α robust controller with which to regulate the steam
pressure in the steam drum of a bagasse-fired boiler. The dynamic behavior of this process …

The management of irrigation main canals are studied in this research. One way of
improving this is designing an efficient automatic control system of the water that flows …

This work proposes a fully nonlinear model for a pneumatic process control valve. Since it
reproduces stiction and hysteresis, it can be used as a tool for developing accurate control …

In this investigation, a control for the disturbance rejection in mechatronic systems is
designed. In the proposed strategy, the transfer function of the outputs and disturbances is …