In this paper we demonstrate how the recently developed sum of squares techniques can be used to analyze robust stability and robust performance of quasi-LPV models. We show the effectiveness of the methodology through the analysis of the stability and performance of a nonlinear control law applied to an uncertain quasi-LPV model of the short-period dynamics of an F/A-18 aircraf
This thesis investigates performance analysis for nonlinear systems, which consist of both known and...
Two approaches to tackle the nonlinear robust stability problem of an aerospace system are compared....
This paper introduces a general framework for analysing nonlinear systems using absolute stability t...
In this paper we demonstrate how the recently developed sum of squares techniques can be used to ana...
In this paper, we develop algorithms for the computational analysis of stability and robust performa...
A control analysis and design framework is proposed for systems subject to paramet-ric uncertainty. ...
Abstract — This tutorial is about new system analysis techniques that were developed in the past few...
Summary. The current practice to validate flight control laws relies on applying linear analysis too...
Abstract — This paper considers the performance of a gain scheduled flight control law for an aeroel...
The robust stability analysis of nonlinear systems is a complex and challenging task. A well-known m...
This tutorial is about new system analysis techniques that were developed in the past few years base...
International audienceThis article proposes a new approach to stability analysis of linear systems w...
Analysis of stability of the pitch axis of an aircraft has been a well studied problem. Historically...
This paper revisits the problem of robust stability analysis and synthesis for linear parameter vary...
In this paper, we use SOS (sum of squares) programming approaches to analyze the stability and robus...
This thesis investigates performance analysis for nonlinear systems, which consist of both known and...
Two approaches to tackle the nonlinear robust stability problem of an aerospace system are compared....
This paper introduces a general framework for analysing nonlinear systems using absolute stability t...
In this paper we demonstrate how the recently developed sum of squares techniques can be used to ana...
In this paper, we develop algorithms for the computational analysis of stability and robust performa...
A control analysis and design framework is proposed for systems subject to paramet-ric uncertainty. ...
Abstract — This tutorial is about new system analysis techniques that were developed in the past few...
Summary. The current practice to validate flight control laws relies on applying linear analysis too...
Abstract — This paper considers the performance of a gain scheduled flight control law for an aeroel...
The robust stability analysis of nonlinear systems is a complex and challenging task. A well-known m...
This tutorial is about new system analysis techniques that were developed in the past few years base...
International audienceThis article proposes a new approach to stability analysis of linear systems w...
Analysis of stability of the pitch axis of an aircraft has been a well studied problem. Historically...
This paper revisits the problem of robust stability analysis and synthesis for linear parameter vary...
In this paper, we use SOS (sum of squares) programming approaches to analyze the stability and robus...
This thesis investigates performance analysis for nonlinear systems, which consist of both known and...
Two approaches to tackle the nonlinear robust stability problem of an aerospace system are compared....
This paper introduces a general framework for analysing nonlinear systems using absolute stability t...