Andere Kunden interessierten sich auch für
![Radius of convergence]( "Radius of convergence")
Radius of convergence25,99 €![Spectral Radius]( "Spectral Radius")
Spectral Radius29,99 €![Radius of curvature]( "Radius of curvature")
Radius of curvature22,99 €![Domination Numbers and Radius in Trapezoidal Graphs]( "Domination Numbers and Radius in Trapezoidal Graphs")
Domination Numbers and Radius in Trapezoidal Graphs33,99 €![Magnetohydrodynamics and Joule Heating of Third Grade Fluids]( "Magnetohydrodynamics and Joule Heating of Third Grade Fluids")
Magnetohydrodynamics and Joule Heating of Third Grade Fluids36,99 €![History and Recent Developments of Distance Spectral Radius]( "History and Recent Developments of Distance Spectral Radius")
History and Recent Developments of Distance Spectral Radius23,99 €![Critical and Maximal Directed Graphs]( "Critical and Maximal Directed Graphs")
Critical and Maximal Directed Graphs23,99 €
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. The stability radius of a continuous function f (in a functional space F) with respect to an open stability domain D is the distance between f and the set of unstable functions (with respect to D). We say that a function is stable with respect to D if its spectrum is in D. Here, the notion of spectrum is defined on a case by case basis, as explained below.The notion of stability radius is generally applied to special functions as polynomials (the spectrum is then the roots) and matrices (the spectrum is the eigenvalues). The case where C is a proper subset of F permits us to consider structured perturbations (e.g. for a matrix, we could only need perturbations on the last row). It is an interesting measure of robustness, for example in control theory.