Two partial orderings in the set of complex matrices are introduced by combining each of the conditions A∗A=A∗B and AA∗=BA∗, which define the star partial ordering, with one of the conditions M(A)⊆(B) and M(A∗)⊆M(B∗), which define the space preordering. Several properties of these orderings are examined, with main emphasis on comparing the new orderings with the star ordering, the minus ordering, and other related partial orderings. Moreover, some further characterizations of partial orderings in terms of inclusions of appropriate classes of generalized inverses are derived, with the main emphasis on characterizations involving reflexive generalized inverses
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractBaksalary and Pukelsheim [Linear Algebra Appl. 151 (1991) 135] considered the problem of how...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractTwo partial orderings in the set of complex matrices are introduced by combining each of the...
AbstractThe matrix partial orderings considered are: (1) the star ordering and (2) the minus orderin...
AbstractWhen a unique decomposition of a complex rectangular matrix into two components is given, th...
AbstractCertain classes of matrices are indicated for which the star, left-star, right-star, and min...
Some characterizations of the left-star, right-star, and star partial orderings between matrices of ...
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...
AbstractThe result of Hartwig and Styan (1986), stating that matrices A and B are star-ordered if an...
The unified theory presented here covers as special cases the star order of Drazin, the minus order ...
AbstractGroß [Linear Algebra Appl. 326 (2001) 215] developed characterizations of the minus and star...
AbstractThe unified theory presented here covers as special cases the star order of Drazin, the minu...
研究矩阵的奇异值偏序,给出了矩阵的奇异值偏序的等价刻画和性质,指出了相关文献关于矩阵*序刻画不真,利用强同时奇异值分解给出了矩阵*-序的刻画.The characterizations of valu...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractBaksalary and Pukelsheim [Linear Algebra Appl. 151 (1991) 135] considered the problem of how...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractTwo partial orderings in the set of complex matrices are introduced by combining each of the...
AbstractThe matrix partial orderings considered are: (1) the star ordering and (2) the minus orderin...
AbstractWhen a unique decomposition of a complex rectangular matrix into two components is given, th...
AbstractCertain classes of matrices are indicated for which the star, left-star, right-star, and min...
Some characterizations of the left-star, right-star, and star partial orderings between matrices of ...
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...
AbstractThe result of Hartwig and Styan (1986), stating that matrices A and B are star-ordered if an...
The unified theory presented here covers as special cases the star order of Drazin, the minus order ...
AbstractGroß [Linear Algebra Appl. 326 (2001) 215] developed characterizations of the minus and star...
AbstractThe unified theory presented here covers as special cases the star order of Drazin, the minu...
研究矩阵的奇异值偏序,给出了矩阵的奇异值偏序的等价刻画和性质,指出了相关文献关于矩阵*序刻画不真,利用强同时奇异值分解给出了矩阵*-序的刻画.The characterizations of valu...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...
AbstractBaksalary and Pukelsheim [Linear Algebra Appl. 151 (1991) 135] considered the problem of how...
AbstractSome well-known matrix partial orderings can be created by supplementing the so called rank-...