This article presents the application of a data-driven control design to the output voltage
regulation of dc-dc converters. Using only data collected on the plant, a proportional-integral …

This paper presents a data-driven control method formulated for the disturbance rejection
problem. Inspired on the Virtual Reference Feedback Tuning method, which is based on a …

Virtual Reference Feedback Tuning (VRFT) is a data-driven method for tuning controller
parameters. Recently, VRFT has been extended to multi-loop scheme. This paper applies …

Virtual reference feedback tuning (VRFT) is a data‐driven control method that optimises the
response of a closed‐loop system to reference tracking at the expense of a not optimised …

This paper shows the design of data-driven secondary voltage control (SVC) using
synchrophasor measurements to eliminate voltage violations in electric power systems. A …

This work applies Virtual Reference Feedback Tuning (VRFT), a data-driven control method,
to tune discrete-time repetitive controllers aiming at tracking and rejection of periodic …

This paper presents an application of the Virtual Reference Feedback Tuning (VRFT) to
control of the single-phase inverters. The VRFT is a data-driven method able to tuning …

The main challenge for every sector is regulating the flow and level of the liquid during the
process. In various manufacturing sectors, the conical tank is frequently employed. The …

In this chapter, we compare two approaches to the data-driven control (DDC) design
problem. In this framework, the controllers are directly identified from data avoiding the plant …

El presente artículo aborda la técnica de sintonización por realimentación de referencia
virtual (VRFT) para el diseño de controladores y su potencial de aplicación en plantas de …