Analytic D-Modules and Applications - Jan-Erik Björk

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Résumé :
I. The sheaf DX and its modules.- II. Operations on D-modules.- III. Holonomic D-modules.- IV. Deligne modules.- V. Regular holonomic D-modules.- VI. b-functions.- VII. Distributions and regular holonomic systems.- VIII. Microdifferential operators.- A:I Derived Categories.- Summary.- A:I.1 The construction of derived categories.- A:I.2. Properties of derived categories.- A:I.3. Injective resolutions.- A:I.4. Spectral sequences.- A:II Sheaf Theory.- Summary.- A:II.1. The category of sheaves.- A:II.2. Operations on sheaves.- A:II.3. The derived category of sheaves.- A:II.4. Flabby sheaves.- A:II.5. Sheaves on paracompact manifolds.- A:II.6. Ringed spaces.- A:II.7. Derived categories of modules.- A:III Filtered rings.- Summary.- A:III.1. Filtered rings.- A:III.2. Filtered sheaves of rings.- A:III.3. Gabber's Theorem.- A:IV Homological algebra.- Summary.- A:IV.1. Basic facts in homological algebra.- A:IV.2. Auslander regular rings.- A:IV.3. Commutative algebra.- A:IV.4. Filtered Auslander regular rings.- A:V Complex analysis.- Summary.- A:V.2. Analysis on complex manifolds.- A:V.4. The local Milnor fibrations.- A:VI Analytic geometry.- Summary.- A:VI.1. Subanalytic sets.- A:VII Symplectic analysis.- Summary.- A:VII.1. Symplectic algebra.- A:VII:3. Lagrangian varieties.- A:VII.4. Lagrangian varieties in generic position.- References.- List of notations....

Sommaire:
Series Editor's Preface. Preface. Introduction. I: The Sheaf x and its Modules. II: Operations on D-Modules. III: Holonomic D-Modules. IV: Deligne Modules. V: Regular Holonomic D-Modules. VI: b-Functions. VII: Distributions and Regular Holonomic Systems. VIII: Microdifferential Operators. Appendix: A:I Derived Categories. A:II Sheaf Theory. A:III Filtered Rings. A:IV Homological Algebra. A:V Complex Analysis. A:VI Analytic Geometry. A:VII Symplectic Analysis. References. List of Notations. Index.