Bounds for the spectral radius of nonnegative matrices
Bo Zhou (2001)
Mathematica Slovaca
Similarity:
Bo Zhou (2001)
Mathematica Slovaca
Similarity:
Andrzej Sołtysiak (1993)
Studia Mathematica
Similarity:
Some inequalities are proved between the geometric joint spectral radius (cf. [3]) and the joint spectral radius as defined in [7] of finite commuting families of Banach algebra elements.
Henry P. McKean (1986)
Revista Matemática Iberoamericana
Similarity:
This is the first of three papers on the geometry of KDV. It presents what purports to be a foliation of an extensive function space into which all known invariant manifolds of KDV fit naturally as special leaves. The two main themes are addition (each leaf has its private one) and unimodal spectral classes (each leaf has a spectral interpretation).
Hermann König (1979)
Studia Mathematica
Similarity:
Vladimír Haluška (1991)
Mathematica Slovaca
Similarity:
Zagorodnyuk, S. M. (2011)
Serdica Mathematical Journal
Similarity:
2000 Mathematics Subject Classification: 15A29. In this paper we introduced a notion of the generalized spectral function for a matrix J = (gk,l)k,l = 0 Ґ, gk,l О C, such that gk,l = 0, if |k-l | > N; gk,k+N = 1, and gk,k-N № 0. Here N is a fixed positive integer. The direct and inverse spectral problems for such matrices are stated and solved. An integral representation for the generalized spectral function is obtained.