On robust LPV-based observation of fuel slosh dynamics for attitude control design

The scenario is used to emphasize the integration strategy between the flat non linear longitudinal/lateral dynamics control and the LPV/H ∞ vertical dynamic control: the vehicle

(4) The proposed strategy aims at enhancing the vehicle dynamics by applying, on the full non linear model of the vehicle, two kind of controllers acting simultaneously on the

An alternative to overcome this problem is proposed. Although the principle is detailed for the dimension L = 2, it can be extended to greater dimensions. Otherwise we can rest on

Keywords: Fault Tolerant Control, Multiple Actuator Failures, Polytopic LPV Systems, LMI, Static Output Feedback, Stability....

Linear Parameter Varying systems theory has been mo- tivated by the gain scheduling approach which att- empts to provide a systematic methodology to design parameter-dependent

The output-based controllers are obtained using separate design of the observer and the state feedback and we showed that the interconnection of the LPV plant, observer and

Abstract: This work is devoted to interval observer design for Linear Parameter-Varying (LPV) systems under assumption that the vector of scheduling parameters is not available

Abstract: In this paper, an approach to design an Admissible Model Matching (AMM) Fault Tolerant Control (FTC) based on Linear Parameter Varying (LPV) fault representation is