This is the second version of the preprint "Reversal properties and exact simulation of the genealogical tree for a stationary branching population" that has been splitted into two papers.International audienceWe consider the Brownian tree introduced by Aldous and the associated Q-process which consists in an infinite spine on which are grafted independent Brownian trees. We present a reversal procedure on these trees that consists in looking at the tree downward from its top: the branching points becoming leaves and leaves becoming branching points. We prove that the distribution of the tree is invariant under this reversal procedure, which provides a better understanding of previous results from Bi and Delmas (20...
Nous considérons deux modèles d’arbres aléatoires continus, à savoir les arbres de Lévy et les arbr...
29 Pages.We prove the existence of the total length process for the genealogical tree of a populatio...
We consider a branching model in discrete time for structured population in varying environment. Eac...
This is the second version of the preprint "Reversal properties and exact simulation of the genealog...
31 pages, 41 ref.International audienceWe consider the genealogical tree of a stationary continuous ...
We consider a model of stationary population with random size given by a continuous state branching ...
This thesis studies branching population models called splitting trees, where individuals evolve ind...
We consider branching Brownian motion which is a mathematical object modeling the evolution of a pop...
Consider the Aldous–Pitman fragmentation process of a Brownian continuum random tree T^{br}. The ass...
We consider two models of random continuous trees: Lévy trees and inhomogeneous continuum random tr...
We consider branching Brownian motion which is a mathematical object modeling the evolution of a pop...
We seek to construct genetics of branching populations, based upon continuous-state branching proces...
We present an elementary model of random size varying population given by a stationary continuous st...
AbstractA path reversal is performed in a rooted tree when a node becomes the root of all the nodes ...
AbstractWe study a genealogical model for continuous-state branching processes with immigration with...
Nous considérons deux modèles d’arbres aléatoires continus, à savoir les arbres de Lévy et les arbr...
29 Pages.We prove the existence of the total length process for the genealogical tree of a populatio...
We consider a branching model in discrete time for structured population in varying environment. Eac...
This is the second version of the preprint "Reversal properties and exact simulation of the genealog...
31 pages, 41 ref.International audienceWe consider the genealogical tree of a stationary continuous ...
We consider a model of stationary population with random size given by a continuous state branching ...
This thesis studies branching population models called splitting trees, where individuals evolve ind...
We consider branching Brownian motion which is a mathematical object modeling the evolution of a pop...
Consider the Aldous–Pitman fragmentation process of a Brownian continuum random tree T^{br}. The ass...
We consider two models of random continuous trees: Lévy trees and inhomogeneous continuum random tr...
We consider branching Brownian motion which is a mathematical object modeling the evolution of a pop...
We seek to construct genetics of branching populations, based upon continuous-state branching proces...
We present an elementary model of random size varying population given by a stationary continuous st...
AbstractA path reversal is performed in a rooted tree when a node becomes the root of all the nodes ...
AbstractWe study a genealogical model for continuous-state branching processes with immigration with...
Nous considérons deux modèles d’arbres aléatoires continus, à savoir les arbres de Lévy et les arbr...
29 Pages.We prove the existence of the total length process for the genealogical tree of a populatio...
We consider a branching model in discrete time for structured population in varying environment. Eac...