Anthony J. Pritchard (auth.), Fritz Colonius, Uwe Helmke,'s Advances in Mathematical Systems Theory: A Volume in Honor PDF

By Anthony J. Pritchard (auth.), Fritz Colonius, Uwe Helmke, Dieter Prätzel-Wolters, Fabian Wirth (eds.)

ISBN-10: 1461201799

ISBN-13: 9781461201793

ISBN-10: 1461266491

ISBN-13: 9781461266495

"This quantity comprises lectures awarded on the workshop ‘Advances in Mathematical platforms Theory’…. a few of the participants are prime foreign researchers within the box. the most themes are fresh advances in nonlinear structures concept, together with parameterization difficulties and behavior of the linear procedure, convolution codes, complementary and hybrid platforms. Controllability and stabilizability of infinite-dimensional structures are handled as well." —Applications of Mathematics

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Extra resources for Advances in Mathematical Systems Theory: A Volume in Honor of Diederich Hinrichsen

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4 a method of calculating the nonlinear stability radius based on the methods of discounted optimal control is presented. 5 we introduce the concept of the robust domain of attraction and a few properties are discussed. This object has also been studied in [2], where a generalization of Zubov's method to the perturbed case is presented. In the following section we then analyze the linearization of the nonlinear systems, finding a ball of initial conditions yielding trajectories that robustly converge to the origin.

10) Reddy et al. [lOJ found that for critical Poiseuille flow IITIIIIT-111 is of order 108 and rises exponentially with the Reynolds number R. So the operator is far from normal and this is another reason for being suspicious of the traditional stability analysis of Poiseuille flow. 3 does not imply that the transient bound of a diagonizable matrix is necessarily IITIIIIT-111, since it may be possible to obtain an estimate of the form M e- ot with a < a(A) and M < IITIlIIT-111. For a general A and every a E [0, a(A)J let Mo be the smallest M satisfying t 2: O.

Control 37:79--89, 1992. B. Paice Fabian R. Wirth! ABSTRACT In this chapter we consider the problem of analyzing the robustness of stability of nonlinear systems with respect to time-varying perturbations. We show that generically the stability radii of a singular fixed point of the nonlinear system and that of the corresponding linearization coincide. A brief introduction to a method for the calculation of the linear stability radius is presented. Furthermore, we consider the problem of determining a robust domain of attraction for the fixed point of a perturbed system under the assumption that the perturbations do not destroy exponential stability.

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Advances in Mathematical Systems Theory: A Volume in Honor of Diederich Hinrichsen by Anthony J. Pritchard (auth.), Fritz Colonius, Uwe Helmke, Dieter Prätzel-Wolters, Fabian Wirth (eds.)


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