AbstractWe derive a necessary and sufficient condition under which a reflexive generalized inverse of a singular P0-matrix is again a P0-matrix. Simpler conditions are obtained when the rank of the matrix is n−1, where n is the order of the matrix. We then consider the application of these results to singular M-matrices of order n and rank n−1. In particular, for this case we prove that the Moore-Penrose inverse is a P0-matrix
Abstract. A summary and restatement, in plain English and modern notation, of the results of E.H. Mo...
A nonnegative matrix is called regular if it admits a nonnegative generalized inverse. The structure...
AbstractFor A,B∈Rm×n, let J=[A,B] be the set of all matrices C such that A≤C≤B, where the order is c...
AbstractWe derive a necessary and sufficient condition under which a reflexive generalized inverse o...
AbstractConditions for a g-inverse to be a P0-matrix are obtained in terms of bordered matrices. Som...
AbstractSuppose M is a real square matrix such that off-diagonal elements of M are nonpositive and a...
AbstractThe result of principal interest established in this paper is that if A is an n × n singular...
AbstractIf A is a nonsingular matrix of order n, the inverse of A is the unique matrix X for which r...
In an earlier paper one of the authors showed that a matrix of rank r over an integral domain has a ...
Singular values and maximum rank minors of generalized inverses are studied. Proportionality of maxi...
AbstractIn an earlier paper one of the authors showed that a matrix of rank r over an integral domai...
Let A, H be matrices of rank r and of order m×n and n×m respectively over an integral domain. It is ...
AbstractLet A, H be matrices of rank r and of order m×n and n×m respectively over an integral domain...
AbstractA nonnegative matrix is called regular if it admits a nonnegative generalized inverse. The s...
AbstractWe study the nonnegativity of the Moore-Penrose inverse of the powers as well as the product...
Abstract. A summary and restatement, in plain English and modern notation, of the results of E.H. Mo...
A nonnegative matrix is called regular if it admits a nonnegative generalized inverse. The structure...
AbstractFor A,B∈Rm×n, let J=[A,B] be the set of all matrices C such that A≤C≤B, where the order is c...
AbstractWe derive a necessary and sufficient condition under which a reflexive generalized inverse o...
AbstractConditions for a g-inverse to be a P0-matrix are obtained in terms of bordered matrices. Som...
AbstractSuppose M is a real square matrix such that off-diagonal elements of M are nonpositive and a...
AbstractThe result of principal interest established in this paper is that if A is an n × n singular...
AbstractIf A is a nonsingular matrix of order n, the inverse of A is the unique matrix X for which r...
In an earlier paper one of the authors showed that a matrix of rank r over an integral domain has a ...
Singular values and maximum rank minors of generalized inverses are studied. Proportionality of maxi...
AbstractIn an earlier paper one of the authors showed that a matrix of rank r over an integral domai...
Let A, H be matrices of rank r and of order m×n and n×m respectively over an integral domain. It is ...
AbstractLet A, H be matrices of rank r and of order m×n and n×m respectively over an integral domain...
AbstractA nonnegative matrix is called regular if it admits a nonnegative generalized inverse. The s...
AbstractWe study the nonnegativity of the Moore-Penrose inverse of the powers as well as the product...
Abstract. A summary and restatement, in plain English and modern notation, of the results of E.H. Mo...
A nonnegative matrix is called regular if it admits a nonnegative generalized inverse. The structure...
AbstractFor A,B∈Rm×n, let J=[A,B] be the set of all matrices C such that A≤C≤B, where the order is c...