AbstractIt is proved that each matrix over a principal ideal ring is equivalent to some diagonal matrix. Partial results are obtained on the uniqueness of the diagonal form obtained. These results are obtained by specializing some general properties about simultaneous decompositions of a projective module and a homomorphic image of finite (composition) length over any ring. These general results are also specialized to obtain results about matrices and projective modules over hereditary prime rings
A canonical form for a module M over a commutative ring R is a decomposition M ≈ R/I1 Ο … Ο R/In, ...
This paper is an exposition about matrices over commutative rings. Concepts about the determinants, ...
AbstractLet R be a commutative principal ideal domain, T: Mn(R) → Mm(R) an R-linear map which preser...
AbstractIt is proved that each matrix over a principal ideal ring is equivalent to some diagonal mat...
AbstractIt is well known that if A and B are n × m matrices over a ring R, then coker A ≅ coker B do...
Two m×n matrices A,B over a commutative ring R are equivalent in case there are invertible matrices ...
AbstractThe paper studies the problem on matrix similarity over a commutative rings. The conditions ...
It is proved that two diagonal matrices diag(a_1,...,a_n) and diag(b_1,...,b_n) over a local ring R ...
We provide here a list of linear algebra theorems that can be done easily by structure theorems. Lem...
Uniqueness properties of coprimary decompositions of modules over non-commutative rings are presente...
It is proved that two diagonal matrices diag(a_1,\u2026,a_n) and diag(b_1,\u2026,b_n) over a local r...
AbstractMatrix equivalence over principal ideal domains is considered, using the technique of locali...
AbstractIt is shown that Roth's theorems on the equivalence and similarity of block diagonal matrice...
This thesis determines the structure of certain modules over a principal ideal domain, namely the di...
We prove the following theorem. THEOREM 1. Let SD be any commutative principal ideal ring without di...
A canonical form for a module M over a commutative ring R is a decomposition M ≈ R/I1 Ο … Ο R/In, ...
This paper is an exposition about matrices over commutative rings. Concepts about the determinants, ...
AbstractLet R be a commutative principal ideal domain, T: Mn(R) → Mm(R) an R-linear map which preser...
AbstractIt is proved that each matrix over a principal ideal ring is equivalent to some diagonal mat...
AbstractIt is well known that if A and B are n × m matrices over a ring R, then coker A ≅ coker B do...
Two m×n matrices A,B over a commutative ring R are equivalent in case there are invertible matrices ...
AbstractThe paper studies the problem on matrix similarity over a commutative rings. The conditions ...
It is proved that two diagonal matrices diag(a_1,...,a_n) and diag(b_1,...,b_n) over a local ring R ...
We provide here a list of linear algebra theorems that can be done easily by structure theorems. Lem...
Uniqueness properties of coprimary decompositions of modules over non-commutative rings are presente...
It is proved that two diagonal matrices diag(a_1,\u2026,a_n) and diag(b_1,\u2026,b_n) over a local r...
AbstractMatrix equivalence over principal ideal domains is considered, using the technique of locali...
AbstractIt is shown that Roth's theorems on the equivalence and similarity of block diagonal matrice...
This thesis determines the structure of certain modules over a principal ideal domain, namely the di...
We prove the following theorem. THEOREM 1. Let SD be any commutative principal ideal ring without di...
A canonical form for a module M over a commutative ring R is a decomposition M ≈ R/I1 Ο … Ο R/In, ...
This paper is an exposition about matrices over commutative rings. Concepts about the determinants, ...
AbstractLet R be a commutative principal ideal domain, T: Mn(R) → Mm(R) an R-linear map which preser...