This paper shows the design and tests of an LPV power system stabilizer aimed at
improving the damping of electromechanical oscillations in power systems. In order to …

This paper presents the Linear Control Toolbox, a freely available Matlab-based software
package primarily focused on optimal feedback controller design for LTI and LPV systems …

This paper presents a regularized nonlinear least-squares identification approach for linear
parameter-varying (LPV) systems. The objective of the method is, on the one hand, to obtain …

This paper brings B-splines into LPV system identification to express the model dependency
on the scheduling parameter (s) and presents a strategy to control the complexity of this …

The local approach for the estimation of a Linear Parameter-Varying (LPV) model consists in
an interpolation of a finite number of Linear Time-Invariant (LTI) systems called local LTI …

The identification of a multivariable mist reactor for cell culture is considered, for application
in model predictive control. A unified identification framework for linear parameter-varying …

Nonlinear control is a field in Control Theory that has been extensively studied throughout
the years. Among many of the strategies found in literature, there are those in which the …

A busca de métodos e algoritmos eficientes para identificação de sistemas multivariáveis
LPV tem avançado sobretudo para o caso de identificação determinística, isto em parte …

This paper explores a combined global and local identification approach for linear
parameter-varying systems. Ideally, the combined approach retains advantages of its two …

This work focuses on identifying a linear parameter-varying (LPV) model of an XY-motion
system by combining two seemingly antagonizing identification approaches. One extreme of …