Continuous process industries usually have hundreds to thousands of control loops, most of
which are coupled, ie one control loop affects the behavior of another control loop. In order …

The choice of the reference model is the main task to be performed by the designer in a
model reference control design. A poor choice of the reference model may result in a closed …

This paper proposes a non-iterative direct data-driven technique that deals with linear time-
invariant (LTI) controller design by directly identifying the controller from input-output data …

We present a one-shot, purely data-driven, method for controller certification. The method is
based on an analysis presented in previous works, where theoretical results have been …

When applying model reference control to a non-minimum phase (NMP) plant, it is important
to include the NMP (transmission) zero (s) in the reference model, otherwise the controller …

This paper deals with data-driven control design in a model reference framework for
multivariable systems. Based on a single batch of input–output data collected from the …

During the winding process of stranded wire helical springs (SWHSs), uneven wire tension
always results in high rejection rate and non-compliance service life of SWHSs. Combining …

This work presents a comparison among three different control strategies for multivariable
processes. The techniques were implemented in a pilot plant with coupled control loops …

This paper deals with data-driven control design in a Model Reference (MR) framework for
multivariable systems. Based on a batch of input-output data collected on the process, a …

This paper proposes a data-driven method using a Fractional-Order Proportional-Integral-
Derivative (FOPID) controller. The proposed method simultaneously obtains FOPID …