International audienceIn this paper we use hybrid techniques to augment high-gain observers for second order nonlinear plant with suitable reset rules where the state of the observer experiences an instantaneous jump if suitable conditions hold. These jump conditions depend on the plant output and on extra states incorporated in the observer which evolve according to some suitable combination of the output error and of its integral. We show that these hybrid rules succeed at removing peaking and illustrate our result on well known case studies taken from the literature
This work investigates the problem of designing a hybrid dynamic feedback regulator that forces the ...
In this paper, we consider a special class of hybrid systems with periodic time-triggered jump condi...
peer reviewedIn this paper we present a high-gain observer for a general class of nonlinear SISO sys...
International audienceIn this paper we use hybrid techniques to augment high-gain observers for seco...
International audienceFor a family of nonlinearly interconnected second order plants, we propose a h...
We study the problem of observer design for hybrid dynamical systems in the challenging setting wher...
International audienceThis paper proposes a general framework for state estimation of plants modeled...
This paper deals with the synthesis of high gain observers for uniformly observable nonlinear hybrid...
International audienceIn this paper, an Extended High Gain Observer (EHGO) design for some classes o...
We consider the hybrid output regulation problem for minimum phase linear systems with relative degr...
This paper proposes a general framework for the state estimation of plants given by hybrid systems w...
International audienceAn enhanced high-gain observer is proposed to estimate the state variables of ...
International audienceIn this document, we present the main ideas and results concerning high-gain o...
In this paper, we consider a special class of hybrid systems with periodic time-triggered jump condi...
High-gain observers are powerful tools for estimating the state of nonlinear systems. However, their...
This work investigates the problem of designing a hybrid dynamic feedback regulator that forces the ...
In this paper, we consider a special class of hybrid systems with periodic time-triggered jump condi...
peer reviewedIn this paper we present a high-gain observer for a general class of nonlinear SISO sys...
International audienceIn this paper we use hybrid techniques to augment high-gain observers for seco...
International audienceFor a family of nonlinearly interconnected second order plants, we propose a h...
We study the problem of observer design for hybrid dynamical systems in the challenging setting wher...
International audienceThis paper proposes a general framework for state estimation of plants modeled...
This paper deals with the synthesis of high gain observers for uniformly observable nonlinear hybrid...
International audienceIn this paper, an Extended High Gain Observer (EHGO) design for some classes o...
We consider the hybrid output regulation problem for minimum phase linear systems with relative degr...
This paper proposes a general framework for the state estimation of plants given by hybrid systems w...
International audienceAn enhanced high-gain observer is proposed to estimate the state variables of ...
International audienceIn this document, we present the main ideas and results concerning high-gain o...
In this paper, we consider a special class of hybrid systems with periodic time-triggered jump condi...
High-gain observers are powerful tools for estimating the state of nonlinear systems. However, their...
This work investigates the problem of designing a hybrid dynamic feedback regulator that forces the ...
In this paper, we consider a special class of hybrid systems with periodic time-triggered jump condi...
peer reviewedIn this paper we present a high-gain observer for a general class of nonlinear SISO sys...