In this paper, number of properties, involving invertibility, existence of Moore-Penrose inverse and etc for modular operators with the same ranges on Hilbert $C^*$-modules are presented. Natural decompositions of operators with closed range enable us to find some relations of the product of operators with Moore-Penrose inverses under the condition that they have the same ranges in Hilbert $C^*$-modules. The triple reverse order law and the mixed reverse order law in the special cases are also given. Moreover, the range property and Moore-Penrose inverse are illustrated
AbstractLet A be an invertible operator on a finite dimensional complex Hilbert space. We carry out ...
AbstractLet A be a C∗-algebra, E,F and G be Hilbert A-modules, T∈LA(E,F), and T′∈LA(G,F). We general...
AbstractFor a bounded linear operator M in a Hilbert space H, various relations among the ranges R(M...
In this paper, the special attention is given to the product of two modular operators, and when at...
AbstractSuppose T and S are bounded adjointable operators with close range between Hilbert C∗-module...
AbstractLet A be a C∗-algebra, H,K be two Hilbert A-modules, and B be an adjointable operator from H...
AbstractThe explicit representation limω→0+(ω1+T∗T)−1T∗ for the Moore–Penrose inverse of an operator...
AbstractIn this paper, we offer purely algebraic necessary and sufficient conditions for reverse ord...
AbstractLet A be a C∗-algebra, H,K be two Hilbert A-modules, and B be an adjointable operator from H...
[EN] For two given Hilbert spaces H and K and a given bounded linear operator A is an element of L(H...
AbstractLet A be a C∗-algebra, Hi(i=1,2,3) be three Hilbert-A modules, A1∈L(H1,H3) and A2∈L(H2,H3), ...
AbstractSuppose T and S are bounded adjointable operators with close range between Hilbert C∗-module...
AbstractLet H1, H2 be two Hilbert spaces, and let T : H1 → H2 be a bounded linear operator with clos...
AbstractIn this paper, we characterize rank one preserving module maps on a Hilbert C*-module and st...
AbstractLet A be a C∗-algebra. For any Hilbert A-modules H and K, let L(H,K) be the set of adjointab...
AbstractLet A be an invertible operator on a finite dimensional complex Hilbert space. We carry out ...
AbstractLet A be a C∗-algebra, E,F and G be Hilbert A-modules, T∈LA(E,F), and T′∈LA(G,F). We general...
AbstractFor a bounded linear operator M in a Hilbert space H, various relations among the ranges R(M...
In this paper, the special attention is given to the product of two modular operators, and when at...
AbstractSuppose T and S are bounded adjointable operators with close range between Hilbert C∗-module...
AbstractLet A be a C∗-algebra, H,K be two Hilbert A-modules, and B be an adjointable operator from H...
AbstractThe explicit representation limω→0+(ω1+T∗T)−1T∗ for the Moore–Penrose inverse of an operator...
AbstractIn this paper, we offer purely algebraic necessary and sufficient conditions for reverse ord...
AbstractLet A be a C∗-algebra, H,K be two Hilbert A-modules, and B be an adjointable operator from H...
[EN] For two given Hilbert spaces H and K and a given bounded linear operator A is an element of L(H...
AbstractLet A be a C∗-algebra, Hi(i=1,2,3) be three Hilbert-A modules, A1∈L(H1,H3) and A2∈L(H2,H3), ...
AbstractSuppose T and S are bounded adjointable operators with close range between Hilbert C∗-module...
AbstractLet H1, H2 be two Hilbert spaces, and let T : H1 → H2 be a bounded linear operator with clos...
AbstractIn this paper, we characterize rank one preserving module maps on a Hilbert C*-module and st...
AbstractLet A be a C∗-algebra. For any Hilbert A-modules H and K, let L(H,K) be the set of adjointab...
AbstractLet A be an invertible operator on a finite dimensional complex Hilbert space. We carry out ...
AbstractLet A be a C∗-algebra, E,F and G be Hilbert A-modules, T∈LA(E,F), and T′∈LA(G,F). We general...
AbstractFor a bounded linear operator M in a Hilbert space H, various relations among the ranges R(M...