AbstractUsing ergodic theory we prove two formulae describing the relationships between different notions of joint spectral radius for sets of bounded linear operators acting on a Banach space. The first formula was previously obtained by V.S. Shulman and Yu.V. Turovskiĭ using operator-theoretic ideas. The second formula shows that the joint spectral radii corresponding to several standard measures of noncompactness share a common value when applied to a given precompact set of operators. This result may be seen as an extension of classical formulae for the essential spectral radius given by R. Nussbaum, A. Lebow and M. Schechter. Both results are obtained as a consequence of a more general theorem concerned with continuous operator cocycle...
In this paper we discuss the infnite-dimensional generalizations of the famous theorem of Berger-Wan...
Elsner L. The generalized spectral-radius theorem: An analytic-geometric proof. Linear Algebra and i...
We give an effective bound of the joint spectral radius $\rho(\mathcal A)$ for a finite set $\mathca...
Using ergodic theory we prove two formulae describing the relationships between different notions of...
AbstractUsing ergodic theory we prove two formulae describing the relationships between different no...
AbstractWe use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wan...
We use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wang. which...
The spectral radius of a matrix is a widely used concept in linear algebra. It expresses the asympto...
© 2014 London Mathematical Society.The lower spectral radius, or joint spectral subradius, of a set ...
The Berger-Wang formula establishes equality between the joint and generalized spec-tral radii of a ...
There is a formula (Gelfand's formula) to find the spectral radius of a linear operator defined on a...
,ABSTRACT. There is a formula (Gelfand’s formula) to find the spectral radius of a linear operator d...
Abstract—In this paper we describe the geometric approach for computing the joint spectral radius of...
Abstract. For linear operators between Banach algebras “spectral boundedness ” is derived from ordin...
AbstractLet ∑ be a bounded set of complex matrices,∑m = {A1 ... Am: Ai ∈ ∑}. The generalized spectra...
In this paper we discuss the infnite-dimensional generalizations of the famous theorem of Berger-Wan...
Elsner L. The generalized spectral-radius theorem: An analytic-geometric proof. Linear Algebra and i...
We give an effective bound of the joint spectral radius $\rho(\mathcal A)$ for a finite set $\mathca...
Using ergodic theory we prove two formulae describing the relationships between different notions of...
AbstractUsing ergodic theory we prove two formulae describing the relationships between different no...
AbstractWe use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wan...
We use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wang. which...
The spectral radius of a matrix is a widely used concept in linear algebra. It expresses the asympto...
© 2014 London Mathematical Society.The lower spectral radius, or joint spectral subradius, of a set ...
The Berger-Wang formula establishes equality between the joint and generalized spec-tral radii of a ...
There is a formula (Gelfand's formula) to find the spectral radius of a linear operator defined on a...
,ABSTRACT. There is a formula (Gelfand’s formula) to find the spectral radius of a linear operator d...
Abstract—In this paper we describe the geometric approach for computing the joint spectral radius of...
Abstract. For linear operators between Banach algebras “spectral boundedness ” is derived from ordin...
AbstractLet ∑ be a bounded set of complex matrices,∑m = {A1 ... Am: Ai ∈ ∑}. The generalized spectra...
In this paper we discuss the infnite-dimensional generalizations of the famous theorem of Berger-Wan...
Elsner L. The generalized spectral-radius theorem: An analytic-geometric proof. Linear Algebra and i...
We give an effective bound of the joint spectral radius $\rho(\mathcal A)$ for a finite set $\mathca...