Comprehensive and accessible guide to the three main approaches to robust control design
and its applications Optimal control is a mathematical field that is concerned with control …

The paper deals with the stabilizability of linear plants whose parameters vary with time in a
compact set. First, necessary and sufficient conditions for the existence of a linear gain …

A new robust control gain-scheduling scheme for uncertain linear parameter-varying (LPV)
systems is proposed. The gain-scheduled controller consists of a set of minimax optimal …

A common approach for dealing with non-linear systems is to describe the system by a
model with parameters that vary as a function of the operating point. Consequently, the non …

I. Introduction his paper is a part of a 2 years work performed in the frame of ESA TRP
named «Robust LPV Gain Scheduling Techniques for Space Applications”(ESTEC ITT …

The interest of this paper is to develop a general and systematic robust control methodology
for active vibration control of flexible structures. For this purpose, first phase and gain control …

The number of distributed control systems in modern vehicles has increased exponentially
over the past decades. Today's performance improvements and innovations in the …

The main objective of this article is to propose a general and systematic robust control
methodology for active vibration control of piezoelectric flexible structures such that the …

In this paper, we consider the problem of optimal experiment design for LPV system
identification with the local approach when the identified model has to be used for LPV …

This paper aims at proposing a general framework for the establishement of LMI conditions
to analyse the robust stability of a singular hybrid Roesser model subject to parametric …