Cohen-Macaulay representations
Graham J. Leuschke, Roger Wiegand
- Providence, R.I American Mathematical Society c2012
- xvii, 367 p ill 26 cm
- Mathematical surveys and monographs v. 181 .
- Mathematical surveys and monographs .
Contine bibliogr. si index
Chapter 1. The Krull-Remak-Schmidt theorem -- Chapter 2. Semigroups of modules -- Chapter 3. Dimension zero -- Chapter 5. Invariant theory -- Chapter 6. Kleinian singularities and finite CM type -- Chapter 7. Isolated singularities and dimension two -- Chapter 8. The double branched cover -- Chapter 9. Hypersurfaces with finite CM type -- Chapter. 10. Ascent and descent -- Chapter 11. Auslander-Buchweitz theory -- Chapter 12. Totally reflexive modules -- Chapter 13. Auslander-Reiten theory -- Chapter 14. Countable Cohen-Macaulay type -- Chapter 15. The Brauer-Thrall conjectures -- Chapter 16. Finite CM type in higher dimensions -- Chapter 17. Bounded CM type -- Appendix A. -- Basics and background -- Appendix B. -- Ramification theory
Cohen-Macaulay modules Representations of rings (Algebra) Commutative algebra -- Theory of modules and ideals -- Cohen-Macaulay modules Associative rings and algebras -- Representation theory of rings and algebras -- Cohen-Macaulay modules Commutative algebra -- Ring extensions and related topics -- EÃŒÂtale and flat extensions; Henselization; Artin approximation Commutative algebra -- Theory of modules and ideals -- Structure, classification theorems Commutative algebra -- Theory of modules and ideals -- Module categories Commutative algebra -- Local rings and semilocal rings -- Special types (Cohen-Macaulay, Gorenstein, Buchsbaum, etc.) Associative rings and algebras -- Representation theory of rings and algebras -- Representations of Artinian rings Associative rings and algebras -- Representation theory of rings and algebras -- Representation type (finite, tame, wild, etc.) Associative rings and algebras -- Representation theory of rings and algebras -- Auslander-Reiten sequences (almost split sequences) and Auslander-Reiten quivers