AbstractA new partial ordering in the set of complex matrices is defined, which is weaker than the star ordering introduced by Drazin in 1978 and stronger than the minus ordering introduced by Hartwig in 1980. This ordering refers to singular values of matrices, and the interest in it was generated by canonical interpretations of the minus and star orderings, given by Hartwig and Styan in 1986. For Hermitian matrices, a similar ordering referring to eigenvalues is also considered, and its connection with a problem concerning distributions of quadratic forms in normal variables is pointed out
AbstractGroß [Linear Algebra Appl. 326 (2001) 215] developed characterizations of the minus and star...
AbstractA new version of Cochran's theorem for rectangular matrices is established. Being oriented t...
We investigate how the ordering of two Hermitian nonnegative definite matrices A and B relates to th...
AbstractA new partial ordering in the set of complex matrices is defined, which is weaker than the s...
AbstractA new partial ordering defined on the set of rectangular matrices is investigated. Its chara...
AbstractTwo partial orderings in the set of complex matrices are introduced by combining each of the...
Two partial orderings in the set of complex matrices are introduced by combining each of the conditi...
AbstractThe matrix partial orderings considered are: (1) the star ordering and (2) the minus orderin...
AbstractCertain classes of matrices are indicated for which the star, left-star, right-star, and min...
AbstractWhen a unique decomposition of a complex rectangular matrix into two components is given, th...
AbstractBaksalary and Pukelsheim [Linear Algebra Appl. 151 (1991) 135] considered the problem of how...
Some characterizations of the left-star, right-star, and star partial orderings between matrices of ...
Recently Baksalary and Pukelsheim (1990) investigated partial orderings of non-negative definite mat...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractGroß [Linear Algebra Appl. 326 (2001) 215] developed characterizations of the minus and star...
AbstractA new version of Cochran's theorem for rectangular matrices is established. Being oriented t...
We investigate how the ordering of two Hermitian nonnegative definite matrices A and B relates to th...
AbstractA new partial ordering in the set of complex matrices is defined, which is weaker than the s...
AbstractA new partial ordering defined on the set of rectangular matrices is investigated. Its chara...
AbstractTwo partial orderings in the set of complex matrices are introduced by combining each of the...
Two partial orderings in the set of complex matrices are introduced by combining each of the conditi...
AbstractThe matrix partial orderings considered are: (1) the star ordering and (2) the minus orderin...
AbstractCertain classes of matrices are indicated for which the star, left-star, right-star, and min...
AbstractWhen a unique decomposition of a complex rectangular matrix into two components is given, th...
AbstractBaksalary and Pukelsheim [Linear Algebra Appl. 151 (1991) 135] considered the problem of how...
Some characterizations of the left-star, right-star, and star partial orderings between matrices of ...
Recently Baksalary and Pukelsheim (1990) investigated partial orderings of non-negative definite mat...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractGroß [Linear Algebra Appl. 326 (2001) 215] developed characterizations of the minus and star...
AbstractA new version of Cochran's theorem for rectangular matrices is established. Being oriented t...
We investigate how the ordering of two Hermitian nonnegative definite matrices A and B relates to th...