Generalized Schur complements of matrices and compound matrices.
Generalized Schwarzian derivatives for generalized fractional linear transformations
Generalizations of the classical Schwarzian derivative of complex analysis have been proposed by Osgood and Stowe [12, 13], Carne [5], and Ahlfors [3]. We present another generalization of the Schwarzian derivative over vector spaces.
Generalized symmetry classes of tensors
Let be a unitary space. For an arbitrary subgroup of the full symmetric group and an arbitrary irreducible unitary representation of , we study the generalized symmetry class of tensors over associated with and . Some important properties of this vector space are investigated.
Generalized two point boundary value problems. Existence and uniqueness.
Generalized -Newton inequalities revisited.
Generating functions and Bézoutians
Using the idea of the generating function of a matrix in an extended sense we establish a Bezoutian type formula for a matrix satisfying an intertwining relation of the form . In the particular case of classical generating functions this formula gives a simple proof of Lander’s theorem on the inverse of a Hankel matrix.
Generating functions via Hankel and Stieltjes matrices.
Generating potentially nilpotent full sign patterns.
Generating valid correlation matrices.
Generation of all magic squares of order 5 and interesting patterns finding
This paper presents an enumeration algorithm to generate all magic squares of order 5 based on the ideas of basic form (Schroeppel [7]) and generating vector which is extension of Frénicle Quads (Ollerenshaw and Bondi [6]). The results lead us to extend Frénicle-Amela patterns from the case of order 4 to the case of order 5, which we refer to Frénicle-Amela-Like patterns. We show that these interesting Frénicle-Amela-Like patterns appear simultaneously. The number of these patterns is also calculated....
Generators for the divided powers algebra of an algebra and trace identities
Gens de
Geometría de gramianos en el espacio de Hilbert.
The purpose of the Part I of this paper is to develop the geometry of Gram's determinants in Hilbert space. In Parts II and III a generalization is given of the Pythagorean theorem and triangular inequality for finite vector families.
Geometric aspects of linear transformations of the plane.
Geometric structure of positive bases in linear spaces
Geometric Structures in Bundlesof Associative Algebras
The article deals with bundles of linear algebra as a specifications of the case of smooth manifold. It allows to introduce on smooth manifold a metric by a natural way. The transfer of geometric structure arising in the linear spaces of associative algebras to a smooth manifold is also presented.
Geometrické upotřebení některých pouček o determinantech
Geometrické upotřebení některých pouček o determinantech
Geometrické upotřebení některých pouček o determinantech. [I.]
Geometrické upotřebení některých pouček o determinantechGeometric application of some theorems on determinants. [II.]