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L'Enseignement Mathématique

L'Enseignement Mathématique Volume 28 (1982)
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Issue 1-2: L'ENSEIGNEMENT MATHÉMATIQUE
Front matter
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Table of Contents
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Front matter
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Index
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Front matter
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Article FROBENIUS RECIPROCITY AND LIE GROUP REPRESENTATIONS ON $\bar{\delta}$ COHOMOLOGY SPACES
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Chapter 1. Introduction
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Chapter 2. Induction and reciprocity
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Chapter 3. Representations of non-compact semisimple groups
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Chapter 4. Remarks on the nilpotent case: polarizations and harmonic induction
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Chapter 5. FURTHER NOTES
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Bibliography
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Article ON THE NUMBER OF RESTRICTED PRIME FACTORS OF AN INTEGER. III
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Chapter §1. Introduction
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Chapter §2. Notation
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Chapter §3. Proofs of Theorems 1.6 and 1.11, and related results
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Chapter §4. Proofs of Theorem 1.14 and related results
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Chapter §5. Proofs of Theorem 1.21 and related results
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Bibliography
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Article THE REPRESENTATION THEORY OF SL(2, R), A NON-INFINITESIMAL APPROACH
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Abstract
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Chapter 1. Introduction
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Chapter 2. The canonical matrix elements of the principal series
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Chapter 2.1. Preliminaries
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Chapter 2.2. The principal series
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Chapter 2.3. CALCULATION OF THE CANONICAL MATRIX ELEMENTS
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Chapter 2.4. Notes
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Chapter 3. The irreducible subquotient representations of the principal series
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Chapter 3.1. Subquotient representations
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Chapter 3.2. The case SU(1, 1)
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Chapter 3.3. Notes
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Chapter 4. Equivalences between irreducible subquotient representations OF THE PRINCIPAL SERIES
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Chapter 4.1. Naimark equivalence
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Chapter 4.2. The case SU(1, 1)
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Chapter 4.3. Notes
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Chapter 5. Equivalence of irreducible representations of SU(1, 1) to subrepresentations of the principal series
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Chapter 5.1. Spherical functions
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Chapter 5.2. Spherical functions of type δ
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Chapter 5.3. The generalized Abel transform
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Chapter 5.4. The main theorem
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Chapter 5.5. COMPLETION OF THE PROOF OF THE MAIN THEOREM
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Chapter 5.6. Notes
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Chapter 6. Unitarizability of irreducible subrepresentations OF THE PRINCIPAL SERIES
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Chapter 6.1. A CRITERIUM FOR UNITARIZABILITY
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Chapter 6.2. The case SU(1, 1)
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Chapter 6.3. Notes
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Bibliography
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Article INTRODUCTION AUX VARIÉTÉS ABÉLIENNES COMPLEXES
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Chapter Intentions
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Chapter 1. Enoncé du théorème de base
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Chapter 2. Partie analytique de la démonstration
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Chapter 3. Commentaires concernant la partie analytique de la démonstration
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Chapter 4. Partie cohomologique de la démonstration
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Chapter 5. Commentaires concernant la partie cohomologique de la démonstration
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Chapter 6. Classification de variétés abéliennes
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Bibliography
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Article UNE PRÉSENTATION ADÉLIQUE DE LA SÉRIE SINGULIÈRE ET DU PROBLÈME DE WARING
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Chapter Introduction
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Chapter Chapitre I. La transformation de Gauss
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Chapter Chapitre II. Le théorème de Hardy-Littlewood
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Bibliography
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Article STRUCTURED vs GENERAL MODELS IN COMPUTATIONAL COMPLEXITY
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Chapter I. Introduction and Conclusion
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Chapter II. Comparison Based Models
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Chapter III. Arithmetic Models — Algebraic Complexity
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Chapter IV. Other Structured Models
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Bibliography
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Article TURING MACHINES THAT TAKE ADVICE
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Chapter 1. Introduction
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Chapter 2. NONUNIFORM COMPLEXITY MEASURES
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Chapter 3. SUMMARY OF MAIN RESULTS
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Chapter 4. The Round-Robin Tournament Method
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Chapter 5. The Self-Reducibility Method
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Chapter 6. The Method of Recursive Definition
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Bibliography
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Article NON-STANDARD MODELS OF PEANO ARITHMETIC
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Chapter II. Bounded Ultrapowers
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Chapter III. Peano arithmetic and the Stability Condition
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Chapter IV. Ramsey-type Theorems
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Chapter V. Construction of the Model
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Chapter VI. A Simpler Model
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Chapter VII. Variations
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Chapter Note (Added in proof)
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Bibliography
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Article ON BOOLEAN ALGEBRAS WITH DISTINGUISHED SUBALGEBRAS
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Chapter 1. The sheaf representation of Boolean algebra extensions
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Chapter 2. Relative automorphisms of finite extensions
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Chapter 3. Truth values in for statements about (B, A)
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Chapter 4. Decidability and complétions of Th (K)
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Bibliography
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Article RFDUCIBILITY BY ALGEBRAIC PROJECTIONS
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Abstract
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Chapter 1. Introduction
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Chapter 2. Definitions
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Chapter 3. p-DEFINABILITY
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Chapter 4. Closure properties
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Chapter 5. A NON-EXISTENT HIERARCHY
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Chapter 6. Universality of Linear Programming
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Appendix Appendix 1
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Appendix Appendix 2
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Bibliography
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Article EINIGE UNENTSCHEIDBARE KÖRPERTHEORIEN
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Preface 0) EINLEITUNG
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Chapter 1) DISKUSSION DES RESULTATS
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Chapter 2) KONSTRUKTION VON M
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Chapter 3) KONSTRUKTION VON K
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Chapter 4) Die Eigenschaften von K
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Chapter 5) Beweis des Satzes
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Bibliography
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Article MEILLEURE APPROXIMATION LINÉAIRE ET ESPACES EUCLIDIENS
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Chapter Introduction
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Chapter 1. Théorème principal, diverses formulations
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Chapter 2. DÉMONSTRATION DE LA DIFFÉRENTIABILITÉ
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Chapter 3. DÉMONSTRATION DU THÉORÈME A (CAS DIFFÉRENTIABLE)
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Bibliography
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Article HARMONIZABLE PROCESSES: STRUCTURE THEORY
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Abstract Contents
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Chapter 1. Introduction
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Chapter 2. Harmonizability
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Chapter 3. Integral representation of a class of second order processes
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Chapter 4. V-BOUNDEDNESS, WEAK AND STRONG HARMONIZABILITY
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Chapter 5. Domination problem for harmonizable fields
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Chapter 6. Stationary dilations
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Chapter 7. Characterizations of weak harmonizability
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Chapter 8. Associated spectra and consequences
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Chapter 9. Multivariate extension and related problems
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Bibliography
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Rubric BULLETIN BIBLIOGRAPHIQUE
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Rubric BULLETIN BIBLIOGRAPHIQUE
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Back matter
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