Given any regularly varying dislocation measure, we identify a natural self-similar fragmentation tree as scaling limit of discrete fragmentation trees with unit edge lengths. As an application, we obtain continuum random tree limits of Aldous's beta-splitting models and Ford's alpha models for phylogenetic trees. This confirms in a strong way that the whole trees grow at the same speed as the mean height of a randomly chosen leaf.ou
We consider two models of random continuous trees: Lévy trees and inhomogeneous continuum random tr...
Abstract. Given a general critical or sub-critical branching mechanism and its associated Lévy cont...
Consider a binary tree with n labeled leaves. Randomly select a leaf for removal and then reinsert i...
Given any regularly varying dislocation measure, we identify a natural self-similar fragmentation tr...
We introduce a simple tree growth process that gives rise to a new two-parameter family of discrete ...
Journal électronique : http://www.math.washington.edu/~ejpecp/index.phpWe encode a certain class of ...
We introduce a simple tree growth process that gives rise to a new two-parameter family of discrete ...
The stable fragmentation with index of self-similarity α ∈ [-1/2, 0) is derived by looking at the ma...
We consider a family of random trees satisfying a Markov branching property. Roughly, this property ...
The stable fragmentation with index of self-similarity $\alpha \in [-1/2,0)$ is derived by looking a...
We introduce regenerative tree growth processes as consistent families of random trees with n labell...
We introduce regenerative tree growth processes as consistent families of random trees with n labell...
We provide the exact large-time behavior of the tail distribution of the extinction time of a self-s...
We study a fragmentation of the p-trees of Camarri and Pitman. We give exact correspondences between...
We show that the uniform unlabelled unrooted tree with n vertices and vertex degrees in a fixed set ...
We consider two models of random continuous trees: Lévy trees and inhomogeneous continuum random tr...
Abstract. Given a general critical or sub-critical branching mechanism and its associated Lévy cont...
Consider a binary tree with n labeled leaves. Randomly select a leaf for removal and then reinsert i...
Given any regularly varying dislocation measure, we identify a natural self-similar fragmentation tr...
We introduce a simple tree growth process that gives rise to a new two-parameter family of discrete ...
Journal électronique : http://www.math.washington.edu/~ejpecp/index.phpWe encode a certain class of ...
We introduce a simple tree growth process that gives rise to a new two-parameter family of discrete ...
The stable fragmentation with index of self-similarity α ∈ [-1/2, 0) is derived by looking at the ma...
We consider a family of random trees satisfying a Markov branching property. Roughly, this property ...
The stable fragmentation with index of self-similarity $\alpha \in [-1/2,0)$ is derived by looking a...
We introduce regenerative tree growth processes as consistent families of random trees with n labell...
We introduce regenerative tree growth processes as consistent families of random trees with n labell...
We provide the exact large-time behavior of the tail distribution of the extinction time of a self-s...
We study a fragmentation of the p-trees of Camarri and Pitman. We give exact correspondences between...
We show that the uniform unlabelled unrooted tree with n vertices and vertex degrees in a fixed set ...
We consider two models of random continuous trees: Lévy trees and inhomogeneous continuum random tr...
Abstract. Given a general critical or sub-critical branching mechanism and its associated Lévy cont...
Consider a binary tree with n labeled leaves. Randomly select a leaf for removal and then reinsert i...