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# Documents  05D10 | enregistrements trouvés : 42

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## Rudiments of Ramsey theory.Expository lectures from the CBMS regional conferenceNorthfield # June 18-22, 1979 Graham, Ron ; Butler, Steve | American Mathematical Society;National science foundation 2015

Congrès

- ix; 82 p.
ISBN 978-0-8218-4156-3

CBMS regional conference series in mathematics , 0123

Localisation : Collection 1er étage

théorème de Ramsey # théorème de van der Waerden # théorème de Hales-Jewett # théorème de Szemeredi # théorie des graphes de Ramsey # théorie Euclidienne de Ramsey

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## Séminaire Bourbaki. Volume 2015/2016: exposés 1104-1119 | Société Mathématique de France 2017

Congrès

- xi; 533 p.
ISBN 978-2-85629-855-8

Astérisque , 0390

Localisation : Périodique 1er étage

combinatoire # propriété d'indépendance en théorie des modèles # entropie sofique # résolution de systèmes linéaires sous-déterminés # flot binormal # équation de Schrödinger # conjecture de Hilbert-Smith en géométrie différentielle # géométrie sous-riemannienne # équation de Monge-Ampère en géométrie algébrique complexe # motif # période # problème de modules formels # programme de Langlands géométrique # théorie analytique des nombres # théorie de Hodge du théorème de décomposition # théorie spectrale combinatoire # propriété d'indépendance en théorie des modèles # entropie sofique # résolution de systèmes linéaires sous-déterminés # flot binormal # équation de Schrödinger # conjecture de Hilbert-Smith en géométrie différentielle # géométrie sous-riemannienne # équation de Monge-Ampère en géométrie algébrique complexe # motif # période # problème de modules formels # programme de Langlands géométrique # théorie analytique des nombres # ...

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## Surveys in combinatorics 2015.Proceedings of the 25th British combinatorial conferenceWarwick # July 2015 Czumaj, Artur ; Georgakopoulos, Agelos ; Kral', Daniel ; Lozin, Vadim ; Pikhurko, Oleg | Cambridge University Press 2015

Congrès

- vii; 324 p.
ISBN 978-1-107-46250-2

London mathematical society lecture note series , 0424

Localisation : Collection 1er étage

analyse combinatoire # théorie des graphes # théorie de Ramsey # géométrie combinatoire # courbes sur corps finis

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## The many facets of graph theoryProceedings of the conference held at Western Michigan UniversityOct. 31 - Nov. 2 Chartrand, G. ; Kapoor, S. F. | Springer-Verlag 1969

Congrès

Lecture notes in mathematics , 0110

Localisation : Collection 1er étage

algèbre de Lie # arbre à 2 dimensions # catégorie de graphe # circuit de Hamilton # digraphe d'arc # ensemble de coupure de droite # extension de graphe # graphe de permutation # graphe de permutation fini # graphe de rang 3 # graphe de section # graphe et complexe # graphe et dégraphe # graphe irréductible homéomorphiquement # graphe n-connecté # graphe planaire # identité combinatoie # insanité instantanée # matroïde # nombre de Ramsey # paquetage et recouvrement de graphe # psychologie sociale # reconstruction de graphe # théorie des graphes # traversabilité # énumération de multigraphe algèbre de Lie # arbre à 2 dimensions # catégorie de graphe # circuit de Hamilton # digraphe d'arc # ensemble de coupure de droite # extension de graphe # graphe de permutation # graphe de permutation fini # graphe de rang 3 # graphe de section # graphe et complexe # graphe et dégraphe # graphe irréductible homéomorphiquement # graphe n-connecté # graphe planaire # identité combinatoie # insanité instantanée # matroïde # nombre de Ramsey # ...

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## Borel sets of Rado graphs are Ramsey Dobrinen, Natasha | CIRM H

Multi angle

Research talks;Combinatorics;Logic and Foundations

The Galvin-Prikry theorem states that Borel partitions of the Baire space are Ramsey. Thus, given any Borel subset $\chi$ of the Baire space and an infinite set $N$, there is an infinite subset $M$ of $N$ such that $\left [M \right ]^{\omega }$ is either contained in $\chi$ or disjoint from $\chi$ . In their 2005 paper, Kechris, Pestov and Todorcevic point out the dearth of similar results for homogeneous relational structures. We have attained such a result for Borel colorings of copies of the Rado graph. We build a topological space of copies of the Rado graph, forming a subspace of the Baire space. Using techniques developed for our work on the big Ramsey degrees of the Henson graphs, we prove that Borel partitions of this space of Rado graphs are Ramsey. The Galvin-Prikry theorem states that Borel partitions of the Baire space are Ramsey. Thus, given any Borel subset $\chi$ of the Baire space and an infinite set $N$, there is an infinite subset $M$ of $N$ such that $\left [M \right ]^{\omega }$ is either contained in $\chi$ or disjoint from $\chi$ . In their 2005 paper, Kechris, Pestov and Todorcevic point out the dearth of similar results for homogeneous relational structures. We have ...

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## Monochromatic sumsets for colourings of $\mathbb{R}$ Soukup, Daniel T. | CIRM H

Multi angle

Research talks;Combinatorics;Logic and Foundations

N. Hindman, I. Leader and D. Strauss proved that if $2^{\aleph_0}<\aleph_\omega$ then there is a finite colouring of $\mathbb{R}$ so that no infinite sumset $X+X$ is monochromatic. Now, we prove a consistency result in the other direction: we show that consistently relative to a measurable cardinal for any $c:\mathbb{R}\to r$ with $r$ finite there is an infinite $X\subseteq \mathbb{R}$ so that $c\upharpoonright X+X$ is constant. The goal of this presentation is to discuss the motivation, ideas and difficulties involving this result, as well as the open problems around the topic. Joint work with P. Komjáth, I. Leader, P. Russell, S. Shelah and Z. Vidnyánszky. N. Hindman, I. Leader and D. Strauss proved that if $2^{\aleph_0}<\aleph_\omega$ then there is a finite colouring of $\mathbb{R}$ so that no infinite sumset $X+X$ is monochromatic. Now, we prove a consistency result in the other direction: we show that consistently relative to a measurable cardinal for any $c:\mathbb{R}\to r$ with $r$ finite there is an infinite $X\subseteq \mathbb{R}$ so that $c\upharpoonright X+X$ is constant. The goal of this ...

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## Mutually enriching connections between ergodic theory and combinatorics - part 1 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

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## Mutually enriching connections between ergodic theory and combinatorics - part 2 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

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## Mutually enriching connections between ergodic theory and combinatorics - part 3 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

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## Mutually enriching connections between ergodic theory and combinatorics - part 4 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

Déposez votre fichier ici pour le déplacer vers cet enregistrement.

## Mutually enriching connections between ergodic theory and combinatorics - part 5 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

Déposez votre fichier ici pour le déplacer vers cet enregistrement.

## Mutually enriching connections between ergodic theory and combinatorics - part 6 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

Déposez votre fichier ici pour le déplacer vers cet enregistrement.

## Mutually enriching connections between ergodic theory and combinatorics - part 7 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

Déposez votre fichier ici pour le déplacer vers cet enregistrement.

## Mutually enriching connections between ergodic theory and combinatorics - part 8 Bergelson, Vitaly | CIRM H

Multi angle

Research schools;Combinatorics;Dynamical Systems and Ordinary Differential Equations

* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of this result. Third principle: The sought-after configurations which are always to be found in large sets are abundant.

* Furstenberg's Dynamical approach :
Partition Ramsey theory and topological dynamics Dynamical versions of van der Waerden's theorem, Hindman's theorem and Graham-Rothschild-Spencer's geometric Ramsey.
Density Ramsey theory and Furstenberg's correspondence principle Furstenberg's correspondence principle. Ergodic Szemeredi's theorem. Polynomial Szemeredi theorem. Density version of the Hales-Jewett theorem.

* Stone-Cech compactifications and Hindman's theorem :
Topological algebra in Stone-Cech compactifications. Proof of Hind-man's theorem via Poincare recurrence theorem for ultrafilters.

* IP sets and ergodic Ramsey theory :
Applications of IP sets and idempotent ultrafilters to ergodic-theoretical multiple recurrence and to density Ramsey theory. IP-polynomial Szemeredi theorem.

* Open problems and conjectures

If time permits:
* The nilpotent connection,
* Ergodic Ramsey theory and amenable groups
* The early results of Ramsey theory :
Hilbert's irreducibility theorem, Dickson-Schur work on Fermat's equation over finite fields, van der Waerden's theorem, Ramsey's theoremand its rediscovery by Erdos and Szekeres.

* Three main principles of Ramsey theory :
First principle: Complete disorder is impossible. Second principle: Behind every 'Partition' result there is a notion of largeness which is responsible for a 'Density' enhancement of ...

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## A course in combinatorics Van Lint, J. H. ; Wilson, R. M. | Cambridge University Press 1992

Ouvrage

- 530 p.
ISBN 978-0-521-41057-1

Localisation : Ouvrage RdC (VAN)

carré latin # codage # combinatoire # partition # théorie des graphes # théorie des nombres additive # théorie des nombres multiplicative # théorème de Ramsey # théorème de Turan

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## A walk through combinatorics:an introduction to enumeration and graph theory Bona, Miklos ; Stanley, Richard | World Scientific 2017

Ouvrage

- xx; 593 p.
ISBN 978-981-3148-84-0

Localisation : Ouvrage RdC (BONA)

analyse combinatoire # analyse combinatoire énumérative # théorie des graphes # permutation # inclusion et exclusion # arbre # appariement # cycle Eulérien # cycle Hamiltonien # diagramme planaire # théorie de Ramsey # évitement des motifs # méthode probabiliste # ensemble partiellement ordonné # posture # conception # dénombrement sous l'action de groupe # génération de fonctions # structure étiquetée # algorithme # complexité

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## Additive combinatorics Tao, Terence ; Vu, Van H. | Cambridge University Press 2010

Ouvrage

- xviii; 512 p.
ISBN 978-0-521-13656-3

Cambridge studies in advanced mathematics , 0105

Localisation : Ouvrage RdC (TAO)

analyse combinatoire # analyse de Fourier # arithmétique additive # théorème de Green-Tao # progression arithmétique # distance de Erdös # évaluation de somme-produit

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## An introduction to Ramsey theory:fast functions, infinity, and metamathematics Katz, Matthew ; Reimann, Jan | American Mathematical Society 2018

Ouvrage

- xiv; 207 p.
ISBN 978-1-4704-4290-3

Student mathematical library , 0087

Localisation : Collection 1er étage

théorie de Ramsey # analyse combinatoire # infini # cardinaux # théorème de van der Waerden # théorème de Hales-Jewett # fonction rapide # arithmétique de Peano # incomplétude # théorème de Paris-Harrington

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## Aspects of combinatorics and combinatorial number theory Adhikari, Sukumar Das | Alpha Science International Ltd. 2002

Ouvrage

- 156 p.
ISBN 978-1-84265-049-3

Localisation : ouvrage RdC (ADHI)

théorie des nombres # combinatoire # théorie de Ramsey # théorème de Van Waerden # théorème de Schur # théorème de Hilbert # méthode topologie # théorie additive des nombres # partition d'entier # théorème de Harzheim # identité d'Euler

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## Banach Spaces and Descriptive Set Theory : Selected Topics Dodos, Pandelis | Springer 2010

Ouvrage

- xi, 161 p.
ISBN 978-3-642-12152-4

Lecture notes in mathematics , 1993

Localisation : Collection 1er étage

espace linéaire normé # espace de banach # théorie descriptive des ensembles # théorie de Ramsey

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