AbstractA robust high-gain observer for state and unknown input estimations for a special class of single-output nonlinear systems is developed in this article. Ensuring the observability of the unknown input with respect to the output, the disturbance can be estimated from the sliding surface. In the sliding mode, the convergence of the estimation error dynamics is proven similar to the analysis of high-gain observers
International audienceIn this paper the problem of simultaneous state and parameter estimation is st...
International audienceIn this document, we present the main ideas and results concerning high-gain o...
International audienceThis paper proposes an original solution for the observation of nonlinear unce...
International audienceA high-order sliding-mode adaptive observer is proposed to solve the problem o...
International audienceIn this paper the problem of simultaneous state and parameter estimation is st...
International audienceAn estimator for nonlinear systems with unmatched unknown inputs is presented....
This thesis presents a new perspective for the analysis of sliding mode observers (SMO) and unknown ...
The problem of observation of some classes of quasilinear uncertain systems is studied in the framew...
In this paper, a higher-order sliding-mode observer is proposed to estimate exactly the observable s...
International audienceA high gain observer is proposed for a class of multi-output nonlinearsystems ...
Abstract — A peaking free output-feedback model reference sliding mode controller is introduced for ...
A new sliding mode observer for linear uncertain systems is proposed. The advantage of the proposed ...
International audienceThis paper deals with the problem of adaptive estimation, i.e. the simultaneou...
This thesis presents a new perspective on the observer design and analysis for a class of nonlinear ...
This paper is concerned with model-based robust observer designs for state observation and its appli...
International audienceIn this paper the problem of simultaneous state and parameter estimation is st...
International audienceIn this document, we present the main ideas and results concerning high-gain o...
International audienceThis paper proposes an original solution for the observation of nonlinear unce...
International audienceA high-order sliding-mode adaptive observer is proposed to solve the problem o...
International audienceIn this paper the problem of simultaneous state and parameter estimation is st...
International audienceAn estimator for nonlinear systems with unmatched unknown inputs is presented....
This thesis presents a new perspective for the analysis of sliding mode observers (SMO) and unknown ...
The problem of observation of some classes of quasilinear uncertain systems is studied in the framew...
In this paper, a higher-order sliding-mode observer is proposed to estimate exactly the observable s...
International audienceA high gain observer is proposed for a class of multi-output nonlinearsystems ...
Abstract — A peaking free output-feedback model reference sliding mode controller is introduced for ...
A new sliding mode observer for linear uncertain systems is proposed. The advantage of the proposed ...
International audienceThis paper deals with the problem of adaptive estimation, i.e. the simultaneou...
This thesis presents a new perspective on the observer design and analysis for a class of nonlinear ...
This paper is concerned with model-based robust observer designs for state observation and its appli...
International audienceIn this paper the problem of simultaneous state and parameter estimation is st...
International audienceIn this document, we present the main ideas and results concerning high-gain o...
International audienceThis paper proposes an original solution for the observation of nonlinear unce...