Reduction of a pair of matrices to a special triangular form over a ring of almost stable range 1 (in Ukrainian)
Journal: Matematychni Studii (Vol.37, No. 2)Publication Date: 2012-04-01
Authors : Bilavska S. I.; Vasyunyk I. S.;
Page : 136-141
Keywords : matrices; triangular form; ring; stable range;
Abstract
In the paper it is considered a notion of a ring of almost stable range 1. It is shown that an arbitrary pair of matrices over commutative Bezout domain of almost stable range 1, where at least one of the matrices is not a zero divisor, reduced to a special triangular form with the corresponding elementary divisors on the main diagonal by using the unilateral transformations. It is also proved that elementary divisors of the product of matrices over a commutative Bezout domain of almost stable range 1 are elementary divisors of every multiplier.
Other Latest Articles
- Elementary reduction of matrices over Bezout ring with stable range 1 (in Ukrainian)
- A description of the two-dimensional representations of the dihedral group over the commutative local rings (in Ukrainian)
- On algebraic bases of algebras of block-symmetric polynomials on Banach spaces
- Conditions when abelian clean Bezout ring is an elementary divisors ring (in Ukrainian)
- The attainable spaces and its analogues (in Ukrainian)
Last modified: 2014-01-13 20:03:36