International audienceThe Boltzmann model for the random generation of ''decomposable'' combinatorial structures is a set of techniques that allows for efficient random sampling algorithms for a large class of families of discrete objects. The usual requirement of sampling uniformly from the set of objects of a given size is somehow relaxed, though uniformity among objects of each size is still ensured. Generating functions, rather than the enumeration sequences they are based on, are the crucial ingredient. We give a brief description of the general theory, as well as a number of newer developments.Le modèle de Boltzmann pour la génération aléatoire de structures "décomposables" est un ensemble de techniques qui fournissent des algorithmes...
Randomly generating structured objects is important in testing and optimizing functional programs, w...
Boltzmann models from statistical physics combined with methods from analytic combinatorics give ris...
National audienceIn this short note, we extend the Boltzmann model for combinatorial random sampling...
This article proposes a surprisingly simple framework for the random generation of combinatorial con...
This note proposes a new framework for random generation of combinatorial configurations based on wh...
Uniform random generation is a central issue in combinatorics. Indeed, random sampling is virtually ...
1 online resource (72 pages) : illustrationsIncludes abstract and appendices.Includes bibliographica...
Colloque avec actes et comité de lecture. internationale.International audienceThis note proposes a ...
AbstractIn the framework of analytic combinatorics, Boltzmann models give rise to efficient algorith...
International audienceBoltzmann models from statistical physics, combined with methods from analytic...
This thesis examines two types of problems-that of analyzing large quantities of real data, and the ...
In the framework of analytic combinatorics, Boltzmann models give rise to efficient algorithms for t...
In a probabilistic context, the main data structures of computer science are viewed as random combin...
Actes / Proceedings à paraître in Journal of Statistical Planning and Inference (special issue). htt...
International audienceBoltzmann random generation applies to well-defined systems of recursive combin...
Randomly generating structured objects is important in testing and optimizing functional programs, w...
Boltzmann models from statistical physics combined with methods from analytic combinatorics give ris...
National audienceIn this short note, we extend the Boltzmann model for combinatorial random sampling...
This article proposes a surprisingly simple framework for the random generation of combinatorial con...
This note proposes a new framework for random generation of combinatorial configurations based on wh...
Uniform random generation is a central issue in combinatorics. Indeed, random sampling is virtually ...
1 online resource (72 pages) : illustrationsIncludes abstract and appendices.Includes bibliographica...
Colloque avec actes et comité de lecture. internationale.International audienceThis note proposes a ...
AbstractIn the framework of analytic combinatorics, Boltzmann models give rise to efficient algorith...
International audienceBoltzmann models from statistical physics, combined with methods from analytic...
This thesis examines two types of problems-that of analyzing large quantities of real data, and the ...
In the framework of analytic combinatorics, Boltzmann models give rise to efficient algorithms for t...
In a probabilistic context, the main data structures of computer science are viewed as random combin...
Actes / Proceedings à paraître in Journal of Statistical Planning and Inference (special issue). htt...
International audienceBoltzmann random generation applies to well-defined systems of recursive combin...
Randomly generating structured objects is important in testing and optimizing functional programs, w...
Boltzmann models from statistical physics combined with methods from analytic combinatorics give ris...
National audienceIn this short note, we extend the Boltzmann model for combinatorial random sampling...