A survey of two different methods for the analyses of uncertain dynamical systems is presented. As uncertainty may be formulated a number of different ways, so goes the analyses. Stochastic systems, switched and hybrid systems, a class of nonlinear systems, and parametric systems are examined. Some caveats and comparisons are drawn in the use of each technique for their respective uncertain systems. Several journal and conference papers have been produced from this work, and these are remarked. Numerical examples are also provided for both the time-domain and frequency-domain techniques
Abstract: The problem of robust stability in the state space model of linear time-varying systems wi...
The problem of practical finite-time stability for linear and nonlinear systems subject to disturban...
This paper introduces three types of dynamical indicators that capture the effect of uncertainty on ...
This self-contained book provides systematic instructive analysis of uncertain systems of the follow...
Uncertainty presents significant challenges in the reasoning about and controlling of complex dynami...
Modeling techniques for uncertain systems has been a major research component of the Dynamic Systems...
This paper discusses state-space methods for analyzing stability of continuous time linear systems s...
After formulating the problem of stability and instability of linear and non-linear time varying fee...
This textbook aims to provide a clear understanding of the various tools of analysis and design for ...
Good feedback systems tolerate uncertain parameters. Stability and performance of feedback systems ...
This thesis develops various methods for the robust and stochastic model-based control of uncertain ...
This paper presents a brief review on the current applications and perspectives on the stability of ...
International audienceA new technique is presented for the stability and robustness analysis of nonl...
We propose a new technique for stability analysis for nonlinear dynamical systems with delays and po...
Significant research efforts have been devoted to large-scale dynamical systems, with the aim of und...
Abstract: The problem of robust stability in the state space model of linear time-varying systems wi...
The problem of practical finite-time stability for linear and nonlinear systems subject to disturban...
This paper introduces three types of dynamical indicators that capture the effect of uncertainty on ...
This self-contained book provides systematic instructive analysis of uncertain systems of the follow...
Uncertainty presents significant challenges in the reasoning about and controlling of complex dynami...
Modeling techniques for uncertain systems has been a major research component of the Dynamic Systems...
This paper discusses state-space methods for analyzing stability of continuous time linear systems s...
After formulating the problem of stability and instability of linear and non-linear time varying fee...
This textbook aims to provide a clear understanding of the various tools of analysis and design for ...
Good feedback systems tolerate uncertain parameters. Stability and performance of feedback systems ...
This thesis develops various methods for the robust and stochastic model-based control of uncertain ...
This paper presents a brief review on the current applications and perspectives on the stability of ...
International audienceA new technique is presented for the stability and robustness analysis of nonl...
We propose a new technique for stability analysis for nonlinear dynamical systems with delays and po...
Significant research efforts have been devoted to large-scale dynamical systems, with the aim of und...
Abstract: The problem of robust stability in the state space model of linear time-varying systems wi...
The problem of practical finite-time stability for linear and nonlinear systems subject to disturban...
This paper introduces three types of dynamical indicators that capture the effect of uncertainty on ...