AbstractA new homological dimension, called G*-dimension, is defined for every finitely generated module M over a local noetherian ring R. It is modeled on the CI-dimension of Avramov, Gasharov, and Peeva and has parallel properties. In particular, a ring R is Gorenstein if and only if every finitely generated R-module has finite G*-dimension. The G*-dimension lies between the CI-dimension and the G-dimension of Auslander and Bridger. This relation belongs to a longer sequence of inequalities, where a strict inequality in any place implies equalities to its right and left. Over general local rings, we construct classes of modules that show that a strict inequality can occur at almost every place in the sequence
Gorenstein rings are presented and characterized, and the concept of Gorenstein dimension, which par...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
AbstractA new homological dimension, called G*-dimension, is defined for every finitely generated mo...
AbstractA new homological dimension, called GCM-dimension, will be defined for any finitely generate...
Let R be a commutative Noetherian local ring. We show that R is Gorenstein if and only if every fini...
AbstractGorenstein homological dimensions are refinements of the classical homological dimensions, a...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
Let R be a commutative Noetherian local ring. We show that R is Gorenstein if and only if every fini...
Gorenstein rings are presented and characterized, and the concept of Gorenstein dimension, which par...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
Abstract. Gorenstein homological dimensions are refinements of the classi-cal homological dimensions...
In this paper, we define a homological invariant for finitely generated modules over a commutative n...
Gorenstein rings are presented and characterized, and the concept of Gorenstein dimension, which par...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
AbstractA new homological dimension, called G*-dimension, is defined for every finitely generated mo...
AbstractA new homological dimension, called GCM-dimension, will be defined for any finitely generate...
Let R be a commutative Noetherian local ring. We show that R is Gorenstein if and only if every fini...
AbstractGorenstein homological dimensions are refinements of the classical homological dimensions, a...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
The projective dimension of Cartan and Eilenberg and the Gorenstein dimension of Auslander and Bridg...
Let R be a commutative Noetherian local ring. We show that R is Gorenstein if and only if every fini...
Gorenstein rings are presented and characterized, and the concept of Gorenstein dimension, which par...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
Abstract. Gorenstein homological dimensions are refinements of the classi-cal homological dimensions...
In this paper, we define a homological invariant for finitely generated modules over a commutative n...
Gorenstein rings are presented and characterized, and the concept of Gorenstein dimension, which par...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...
Homological techniques provide potent tools in commutative algebra. For example, successive approxim...