18 résultats avec le mot-clé: 'design observer based controllers lpv systems unknown parameters'
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
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Simultaneous Parameters Identification and State Estimation based on Unknown Input Observer for a class of LPV
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In this paper, we have presented two new LMI synthesis methods to design observer-based controllers for a class of LPV systems with inexact but bounded parameters.. The approach used
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Unknown input observer for LPV systems with parameter varying output equation, in: 9th IFAC Sym- posium on Fault Detection, Supervision and Safety for Technical Processes,
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The output-based controllers are obtained using a separate design of the observer and the state feedback and we showed that the interconnection of the LPV plant, observer and
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In the proposed approach, the polytopic transformation is postponed at the end of the observer design (Postponing the polytopic trans- formation leads to avoid the conservatism
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Rodrigues, Sensor Fault and Unknown Input Estimation Based on Proportional Integral Observer Applied to LPV Descriptor Systems.. 8th IFAC Symposium on Fault Detection, Supervision
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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
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As for linear differential systems of integer order, polynomial representation will allow us t o take advantage of the Youla parametrization in or- der t o
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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
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Rodrigues, Fault diagnosis for a class of descriptor linear parameter-varying systems, International Journal of Adaptive Control and Signal Processing 26 (2012) 208–223....
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Based on a recently developed control-oriented CFD- based fuel slosh model, an LPV reformulation has been proposed in this paper which then permitted to design an LPV-based observer
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As a main result, it is shown that the optimal solution of this observer- based control problem leads to a greater control input than the one obtained with the output
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Abstract: In this paper a detection, isolation and fault estimation scheme using a Proportional- Integral (PI) Observer that provides a robust estimation against measurements noise
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Mammar, Design of Proportional-Integral Ob- server for Unknown Input Descriptor Systems, IEEE transactions on automatic control, vol. Schrick, PI-Observer-based Reconstruction
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Dans le cadre du réseau régional « PACA Climat », la Région Provence-Alpes-Côte d'Azur, l'ADEME, la DREAL et le FEDER sont associés pour accompagner les territoires en démarche
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The HOSM techniques allow us to improve the estimation accuracy of an interval observer designed for LPV systems, or enlarge the class of LPV systems having an interval observer..
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