Projective module

Results: 82



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51C. Khare and D. Prasad Nagoya Math. J. Vol[removed]), 1–15 ON THE STEINITZ MODULE AND CAPITULATION OF IDEALS

C. Khare and D. Prasad Nagoya Math. J. Vol[removed]), 1–15 ON THE STEINITZ MODULE AND CAPITULATION OF IDEALS

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Source URL: www.math.tifr.res.in

Language: English - Date: 2006-11-07 20:45:17
52NOTES ON CHAIN COMPLEXES ANDREW BAKER These notes are intended as a very basic introduction to (co)chain complexes and their algebra, the intention being to point the beginner at some of the main ideas which should be fu

NOTES ON CHAIN COMPLEXES ANDREW BAKER These notes are intended as a very basic introduction to (co)chain complexes and their algebra, the intention being to point the beginner at some of the main ideas which should be fu

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Source URL: www.maths.gla.ac.uk

Language: English - Date: 2009-04-06 06:57:56
53Geometry 9: Serre-Swan theorem  Misha Verbitsky Geometry 9: Serre-Swan theorem Rules: You may choose to solve only “hard” exercises (marked with !, * and **) or “ordinary” ones (marked with

Geometry 9: Serre-Swan theorem Misha Verbitsky Geometry 9: Serre-Swan theorem Rules: You may choose to solve only “hard” exercises (marked with !, * and **) or “ordinary” ones (marked with

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Source URL: verbit.ru

Language: English - Date: 2013-04-15 14:21:00
54PROGRAMMING-IN-THE LARGE VERSUS PROGRAMMING-IN-THE-SMALL Frank DeRemer Hans Kron University of California, Santa Cruz

PROGRAMMING-IN-THE LARGE VERSUS PROGRAMMING-IN-THE-SMALL Frank DeRemer Hans Kron University of California, Santa Cruz

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Source URL: www.genesishistory.org

Language: English - Date: 2007-12-16 20:01:36
55KRULL-REMAK-SCHMIDT CATEGORIES AND PROJECTIVE COVERS HENNING KRAUSE 1. Additive categories and the radical 1.1. Products and coproducts. Let A be a category. A product of a family

KRULL-REMAK-SCHMIDT CATEGORIES AND PROJECTIVE COVERS HENNING KRAUSE 1. Additive categories and the radical 1.1. Products and coproducts. Let A be a category. A product of a family

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Source URL: www.math.uni-bielefeld.de

Language: English - Date: 2012-05-21 19:50:48
56THESIS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY  On the Picard Group of Integer Group Rings  OLA HELENIUS

THESIS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY On the Picard Group of Integer Group Rings OLA HELENIUS

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Source URL: www.math.chalmers.se

Language: English - Date: 2009-05-13 01:43:49
57Math 918: The Homological Conjectures Spring Semester 2009 This document contains notes for a course taught by Tom Marley during the 2009 spring semester at the University of Nebraska-Lincoln. The notes loosely follow th

Math 918: The Homological Conjectures Spring Semester 2009 This document contains notes for a course taught by Tom Marley during the 2009 spring semester at the University of Nebraska-Lincoln. The notes loosely follow th

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Source URL: www.math.unl.edu

Language: English - Date: 2009-08-05 16:24:10
58A THEOREM OF GRUSON BRIAN JOHNSON 1. Gruson’s Theorem This is based on a proof of the result given in [4]. Let A be a commutative ring, M a finitely generated A-module, and

A THEOREM OF GRUSON BRIAN JOHNSON 1. Gruson’s Theorem This is based on a proof of the result given in [4]. Let A be a commutative ring, M a finitely generated A-module, and

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Source URL: www.math.unl.edu

Language: English - Date: 2009-08-11 16:19:46
59THE AUSLANDER-BRIDGER FORMULA AND THE GORENSTEIN PROPERTY FOR COHERENT RINGS LIVIA HUMMEL AND THOMAS MARLEY Abstract. The concept of Gorenstein dimension, defined by Auslander and Bridger for finitely generated modules o

THE AUSLANDER-BRIDGER FORMULA AND THE GORENSTEIN PROPERTY FOR COHERENT RINGS LIVIA HUMMEL AND THOMAS MARLEY Abstract. The concept of Gorenstein dimension, defined by Auslander and Bridger for finitely generated modules o

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Source URL: www.math.unl.edu

Language: English - Date: 2009-02-25 18:09:33
60CHAPTER II  THE GROTHENDIECK GROUP K0 There are several ways to construct the “Grothendieck group” of a mathematical object. We begin with the group completion version, because it has been the most

CHAPTER II THE GROTHENDIECK GROUP K0 There are several ways to construct the “Grothendieck group” of a mathematical object. We begin with the group completion version, because it has been the most

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Source URL: www.math.rutgers.edu

Language: English - Date: 2012-09-20 13:51:22