International audienceThe current article is devoted to the study of a mean-field system of particles. The question that we are interested in is the behaviour of the exit-time of the first particle (and the one of any particle) from a domain D on ℝd as the diffusion coefficient goes to 0. We establish a Kramers’ type law. In other words, we show that the exit-time is exponentially equivalent to exp{2σ2HN}, HN being the exit-cost. We also show that this exit-cost converges to some quantity H
20 pagesWe study the exit-time from a domain of a self-interacting diffusion, where the Brownian mot...
AbstractThe exit problem for small perturbations of a dynamical system in a domain is considered. It...
25 pagesIn this work we prove a Kramers' type law for the low-temperature behavior of the exit-times...
International audienceThe current article is devoted to the study of a mean-field system of particle...
The current article is devoted to the study of a mean-field system of particles. More precisely, we ...
We study the exit time of a domain for a self-interacting diffusion, where the Brownian motion is re...
We revise the classical problem of characterizing first exit times of a harmonically trapped particl...
International audienceThe present paper is devoted to the study of a McKean-Vlasov diffusion of the ...
International audienceWe consider a diffusion in which the own law of the process appears in the dri...
A mean-field system is a weakly interacting system of N particles in ℜd confined by an external...
We study the exit-time from a domain of a self-interacting diffusion, where the Brownian motion is r...
International audienceThe aim of this work is to establish the stability of mean-field system under ...
We investigate the exit problem for a diffusion which drift is not time-homogeneous. More precisely,...
In this note we study standard Euler updates for computing first exit times of general diffusions fr...
The exit problem for small perturbations of a dynamical system in a domain is considered. It is assu...
20 pagesWe study the exit-time from a domain of a self-interacting diffusion, where the Brownian mot...
AbstractThe exit problem for small perturbations of a dynamical system in a domain is considered. It...
25 pagesIn this work we prove a Kramers' type law for the low-temperature behavior of the exit-times...
International audienceThe current article is devoted to the study of a mean-field system of particle...
The current article is devoted to the study of a mean-field system of particles. More precisely, we ...
We study the exit time of a domain for a self-interacting diffusion, where the Brownian motion is re...
We revise the classical problem of characterizing first exit times of a harmonically trapped particl...
International audienceThe present paper is devoted to the study of a McKean-Vlasov diffusion of the ...
International audienceWe consider a diffusion in which the own law of the process appears in the dri...
A mean-field system is a weakly interacting system of N particles in ℜd confined by an external...
We study the exit-time from a domain of a self-interacting diffusion, where the Brownian motion is r...
International audienceThe aim of this work is to establish the stability of mean-field system under ...
We investigate the exit problem for a diffusion which drift is not time-homogeneous. More precisely,...
In this note we study standard Euler updates for computing first exit times of general diffusions fr...
The exit problem for small perturbations of a dynamical system in a domain is considered. It is assu...
20 pagesWe study the exit-time from a domain of a self-interacting diffusion, where the Brownian mot...
AbstractThe exit problem for small perturbations of a dynamical system in a domain is considered. It...
25 pagesIn this work we prove a Kramers' type law for the low-temperature behavior of the exit-times...