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20022009
most citedA microscopic probabilistic description of a locally regulated population and macroscopic approximations

285 citations

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8 papers · 1 filter

math.PR20051 cited

Percolating paths through random points :

David Aldous, Maxim Krikun

We prove consistency of four different approaches to formalizing the idea of minimum average edge-length in a path linking some infinite subset of points of a Poisson process. The…

math.PR2005285 cited

A microscopic probabilistic description of a locally regulated population and macroscopic approximations

Nicolas Fournier, Sylvie Meleard

We consider a discrete model that describes a locally regulated spatial population with mortality selection. This model was studied in parallel by Bolker and Pacala and Dieckmann,…

math.PR200525 cited

The exit problem for diffusions with time-periodic drift and stochastic resonance

Samuel Herrmann, Peter Imkeller

Physical notions of stochastic resonance for potential diffusions in periodically changing double-well potentials such as the spectral power amplification have proved to be defecti…

math.PR20047 cited

Some Connections Between (Sub)Critical Branching Mechanisms and Bernstein Functions

Jean Bertoin, Bernard Roynette, Marc Yor

We describe some connections, via composition, between two functional spaces: the space of (sub)critical branching mechanisms and the space of Bernstein functions. The functions ${…

math.PR20041 cited

Limit law of the standard right factor of a random Lyndon word

Regine Marchand, Elahe Zohoorian Azad

Consider the set of finite words on a totally ordered alphabet with letters. We prove that the distribution of the length of the standard right factor of a random Lyndon word w…

math.PR20044 cited

Merging costs for the additive Marcus-Lushnikov process, and Union-Find algorithms

Philippe Chassaing, Regine Marchand

Starting with a monodisperse configuration with size-1 particles, an additive Marcus-Lushnikov process evolves until it reaches its final state (a unique particle with mass