Ratliff-Rush Filtration, regularity and depth of Higher Associated graded modules: Part II

Details Ratliff-Rush Filtration, regularity and depth of Higher Associated graded modules: Part II Ratliff-Rush Filtration, regularity and depth of Higher Associated graded modules: Part II

2008-08-24

arxiv.org/abs/0808.3258v1

Mathematics

Commutative Algebra

Part-1 of this paper is math.AC/0411324

Scientific paper

Let $(A,\m)$ be a Noetherian local ring, let $M$ be a finitely generated \CM $A$-module of dimension $r \geq 2$ and let $I$ be an ideal of definition for $M$. Set $L^I(M) = \bigoplus_{n\geq 0}M/I^{n+1}M$. In part one of this paper we showed that $L^I(M)$ is a module over $\R$, the Rees algebra of $I$ and we gave many applications of $L^I(M)$ to study the associated graded module, $G_I(M)$. In this paper we give many further applications of our technique; most notable is a reformulation of a classical result due to Narita in terms of the Ratliff-Rush filtration. This reformulation can be extended to all dimensions $\geq 2$.

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