AbstractWe give some characterizations of (not necessarily selfsmall) n-star modules and prove that (not necessarily finitely generated) n-tilting modules are precisely (not necessarily selfsmall) n-star modules n-presenting all the injectives
summary:We introduce the notion of Gorenstein star modules and obtain some properties and a characte...
AbstractWe study a generalization of tilting modules to modules of possibly infinite projective dime...
n this article, firstly, we introduce the notion of star modules with respect to a balanced pair and...
AbstractWe give some characterizations of (not necessarily selfsmall) n-star modules and prove that ...
AbstractWe give conditions under which an n-star module UA extends to an n-star module, or an n-tilt...
AbstractWe study a natural generalization of *n-modules (and hence also of *-modules) by introducing...
AbstractWe consider generalizations of the definitions of one-dimensional tilting and cotilting modu...
AbstractIt is well known that tilting modules of projective dimension ⩽ 1 coincide with ∗-modules ge...
summary:We introduce the notion of Gorenstein star modules and obtain some properties and a characte...
AbstractWe study a natural generalization of *n-modules (and hence also of *-modules) by introducing...
AbstractWe give conditions under which an n-star module UA extends to an n-star module, or an n-tilt...
summary:We use modules of finite length to compare various generalizations of the classical tilting ...
summary:We use modules of finite length to compare various generalizations of the classical tilting ...
summary:We construct non faithful direct summands of tilting (resp. cotilting) modules large enough ...
summary:We construct non faithful direct summands of tilting (resp. cotilting) modules large enough ...
summary:We introduce the notion of Gorenstein star modules and obtain some properties and a characte...
AbstractWe study a generalization of tilting modules to modules of possibly infinite projective dime...
n this article, firstly, we introduce the notion of star modules with respect to a balanced pair and...
AbstractWe give some characterizations of (not necessarily selfsmall) n-star modules and prove that ...
AbstractWe give conditions under which an n-star module UA extends to an n-star module, or an n-tilt...
AbstractWe study a natural generalization of *n-modules (and hence also of *-modules) by introducing...
AbstractWe consider generalizations of the definitions of one-dimensional tilting and cotilting modu...
AbstractIt is well known that tilting modules of projective dimension ⩽ 1 coincide with ∗-modules ge...
summary:We introduce the notion of Gorenstein star modules and obtain some properties and a characte...
AbstractWe study a natural generalization of *n-modules (and hence also of *-modules) by introducing...
AbstractWe give conditions under which an n-star module UA extends to an n-star module, or an n-tilt...
summary:We use modules of finite length to compare various generalizations of the classical tilting ...
summary:We use modules of finite length to compare various generalizations of the classical tilting ...
summary:We construct non faithful direct summands of tilting (resp. cotilting) modules large enough ...
summary:We construct non faithful direct summands of tilting (resp. cotilting) modules large enough ...
summary:We introduce the notion of Gorenstein star modules and obtain some properties and a characte...
AbstractWe study a generalization of tilting modules to modules of possibly infinite projective dime...
n this article, firstly, we introduce the notion of star modules with respect to a balanced pair and...
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