A linear structure is a family of matrices that satisfy a given set of linear restrictions, such as symmetry or diagonality. We add to the literature on linear structures by studying the family of matrices where all diagonal elements are zero, and discuss econometric examples where these results can be fruitfully applied
In linear algebra, is the canonical forms of a linear transformation. Given a particularly nice basi...
We want look at the coordinate-free formulation of the idea of a diagonal matrix, which will be call...
summary:In this paper we investigate some of the computational aspects of generic properties of line...
A linear structure is a family of matrices that satisfy a given set of linear restrictions, such as ...
AbstractThe zero-term rank of a matrix is the maximum number of zeros in any generalized diagonal. T...
AbstractWe continue an investigation of the class W of real square matrices. A matrix belongs to W i...
SUMMARY. In this paper we develop the theory of linear models using the properties of Linear Zero Fu...
A matrix D is said to be diagonal if its (i,j)th element is null whenever i and j are unequal. For a...
This book is the first of two volumes on linear algebra for graduate students in mathematics, the sc...
The Löwner partial order is taken into consideration in order to define Löwner majorants for a given...
AbstractA matrix D is said to be diagonal if its (i,j)th element is null whenever i and j are unequa...
Linear algebra and matrix theory are fundamental tools for almost every area of mathematics, both pu...
Linear algebra and matrix theory are fundamental tools for almost every area of mathematics, both pu...
AbstractAn infinite class of conditions known to be satisfied by the diagonal elements of a normal m...
In this paper, we provide some characterizations of inverse 푀-matrices with special zero patterns. I...
In linear algebra, is the canonical forms of a linear transformation. Given a particularly nice basi...
We want look at the coordinate-free formulation of the idea of a diagonal matrix, which will be call...
summary:In this paper we investigate some of the computational aspects of generic properties of line...
A linear structure is a family of matrices that satisfy a given set of linear restrictions, such as ...
AbstractThe zero-term rank of a matrix is the maximum number of zeros in any generalized diagonal. T...
AbstractWe continue an investigation of the class W of real square matrices. A matrix belongs to W i...
SUMMARY. In this paper we develop the theory of linear models using the properties of Linear Zero Fu...
A matrix D is said to be diagonal if its (i,j)th element is null whenever i and j are unequal. For a...
This book is the first of two volumes on linear algebra for graduate students in mathematics, the sc...
The Löwner partial order is taken into consideration in order to define Löwner majorants for a given...
AbstractA matrix D is said to be diagonal if its (i,j)th element is null whenever i and j are unequa...
Linear algebra and matrix theory are fundamental tools for almost every area of mathematics, both pu...
Linear algebra and matrix theory are fundamental tools for almost every area of mathematics, both pu...
AbstractAn infinite class of conditions known to be satisfied by the diagonal elements of a normal m...
In this paper, we provide some characterizations of inverse 푀-matrices with special zero patterns. I...
In linear algebra, is the canonical forms of a linear transformation. Given a particularly nice basi...
We want look at the coordinate-free formulation of the idea of a diagonal matrix, which will be call...
summary:In this paper we investigate some of the computational aspects of generic properties of line...
DOI
Add to ORKG