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Stochastic processes. --- Trees (Graph theory) --- Processus stochastiques --- Arbres (Théorie des graphes)
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Free groups --- Linear algebraic groups --- Trees (Graph theory) --- Groupes linéaires algébriques --- Arbres (Théorie des graphes)
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Model theory --- Automorphisms --- Trees (Graph theory) --- Théorie des modèles --- Automorphismes --- Arbres (Théorie des graphes)
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Trees (Graph theory) --- Arbres (théorie des graphes) --- Analyse combinatoire --- Graphes, Théorie des --- Analyse combinatoire --- Analyse combinatoire
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Trees (Graph theory) --- Arbres (théorie des graphes) --- Mathématiques --- Probabilités --- Étude et enseignement --- Arbres (théorie des graphes) --- Mathématiques --- Probabilités --- Étude et enseignement
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Trees (Graph theory) --- Combinatorial enumeration problems. --- Mathematical statistics. --- Arbres (Théorie des graphes) --- Problèmes combinatoires d'énumération --- Statistique mathématique --- Combinatorial enumeration problems --- Arbres (Théorie des graphes) --- Problèmes combinatoires d'énumération --- Statistique mathématique --- Arbres (théorie des graphes) --- Analyse combinatoire énumérative --- Arbres (théorie des graphes) --- Analyse combinatoire énumérative --- Artificial intelligence --- Knowledge representation
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This is the first volume of a subseries of the Lecture Notes in Mathematics which will appear randomly over the next years. Each volume will describe some important topic in the theory or applications of Lévy processes and pay tribute to the state of the art of this rapidly evolving subject with special emphasis on the non-Brownian world. The three expository articles of this first volume have been chosen to reflect the breadth of the area of Lévy processes. The first article by Ken-iti Sato characterizes extensions of the class of selfdecomposable distributions on Rd. The second article by Thomas Duquesne discusses Hausdorff and packing measures of stable trees. The third article by Oleg Reichmann and Christoph Schwab presents numerical solutions to Kolmogoroff equations, which arise for instance in financial engineering, when Lévy or additive processes model the dynamics of the risky assets.
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Trees (Graph theory) --- Arbres (théorie des graphes) --- Informatique --- Analyse combinatoire --- Graphes, Théorie des --- Algebres de boole --- Automates abstraits --- Mathématiques --- Automates finis --- Algebres de boole --- Automates abstraits --- Automates finis
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Group theory --- Ordered algebraic structures --- Discrete mathematics --- Associative rings. --- Group theory. --- Projective modules (Algebra) --- Trees (Graph theory) --- Projective modules (Algebra). --- Trees (Graph theory). --- Associative rings --- Anneaux associatifs --- Théorie des groupes --- Arbres (Théorie des graphes) --- Théorie des groupes --- Arbres (Théorie des graphes) --- Modules projectifs (algèbre) --- Groupes, Théorie des --- Groupes, Théorie des --- Algebres et anneaux associatifs --- Ideaux et modules --- Modules projectifs (algèbre)
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Computer science --- Computer algorithms --- Algorithmes --- 519.681 --- Algorithms --- Theory of programming --- Computer algorithms. --- 519.681 Theory of programming --- Trees (Graph theory) --- Combinatorial analysis --- Generating functions --- Arbres (théorie des graphes) --- Analyse combinatoire --- Fonctions génératrices --- Algorithmes. --- Analyse combinatoire. --- Fonctions génératrices. --- Arbres (théorie des graphes) --- Fonctions génératrices.
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