AbstractWe use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wang, which relates the joint spectral radius of a set of matrices to the spectral radii of finite products of those matrices. The proof rests on a structure theorem for continuous matrix cocycles over minimal homeomorphisms having the property that all forward products are uniformly bounded
AbstractWe provide an asymptotically tight, computationally efficient approximation of the joint spe...
AbstractWe prove an inequality for the spectral radius of products of non-negative matrices conjectu...
AbstractLet M=(mij) be a nonnegative irreducible n×n matrix with diagonal entries 0. The largest eig...
We use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wang. which...
AbstractWe use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wan...
AbstractUsing ergodic theory we prove two formulae describing the relationships between different no...
The joint spectral radius of a pair of 2×2 real matrices (A0,A1)∈M2(R)2(A0,A1)∈M2(R)2 is defined to ...
AbstractThis paper presents algorithms for finding an arbitrarily small interval that contains the j...
AbstractThe joint spectral radius for a bounded collection of the square matrices with complex entri...
Caption title.Includes bibliographical references (p. 9-11).Supported by the ARO. DAAL-03-92-G-0115J...
AbstractLet ∑ be a bounded set of complex matrices,∑m = {A1 ... Am: Ai ∈ ∑}. The generalized spectra...
AbstractThis paper deals with the joint spectral radius of a finite set of matrices. We say that a s...
AbstractThe joint spectral radius of a finite set of real d×d matrices is defined to be the maximum ...
The joint spectral radius of a set of matrices is a measure of the maximal asymptotic growth rate th...
AbstractThe generalized spectral radius\̄g9(∑) of a set ∑ of n × n matrices is \̄g9(∑) = lim supk→∞\...
AbstractWe provide an asymptotically tight, computationally efficient approximation of the joint spe...
AbstractWe prove an inequality for the spectral radius of products of non-negative matrices conjectu...
AbstractLet M=(mij) be a nonnegative irreducible n×n matrix with diagonal entries 0. The largest eig...
We use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wang. which...
AbstractWe use ergodic theory to prove a quantitative version of a theorem of M.A. Berger and Y. Wan...
AbstractUsing ergodic theory we prove two formulae describing the relationships between different no...
The joint spectral radius of a pair of 2×2 real matrices (A0,A1)∈M2(R)2(A0,A1)∈M2(R)2 is defined to ...
AbstractThis paper presents algorithms for finding an arbitrarily small interval that contains the j...
AbstractThe joint spectral radius for a bounded collection of the square matrices with complex entri...
Caption title.Includes bibliographical references (p. 9-11).Supported by the ARO. DAAL-03-92-G-0115J...
AbstractLet ∑ be a bounded set of complex matrices,∑m = {A1 ... Am: Ai ∈ ∑}. The generalized spectra...
AbstractThis paper deals with the joint spectral radius of a finite set of matrices. We say that a s...
AbstractThe joint spectral radius of a finite set of real d×d matrices is defined to be the maximum ...
The joint spectral radius of a set of matrices is a measure of the maximal asymptotic growth rate th...
AbstractThe generalized spectral radius\̄g9(∑) of a set ∑ of n × n matrices is \̄g9(∑) = lim supk→∞\...
AbstractWe provide an asymptotically tight, computationally efficient approximation of the joint spe...
AbstractWe prove an inequality for the spectral radius of products of non-negative matrices conjectu...
AbstractLet M=(mij) be a nonnegative irreducible n×n matrix with diagonal entries 0. The largest eig...