AbstractImagine a stick broken at a random point according to the known distribution function F, the right hand piece being discarded. The remaining left hand piece is then broken according to the same (but rescaled) distribution F ad infinitum. What is the largest piece discarded and at what stage of the process does it occur? Using a basic recursive property, these and related questions are studied, in particular when the distribution F is uniform
We explore the relationship between branching processes and random sums of indicators. As a tool for...
International audienceWe model the positions of multiple cracks via a stationary process which is a ...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
AbstractImagine a stick broken at a random point according to the known distribution function F, the...
Two processes of random fragmentation of an interval are investigated. For each of them, there is a ...
AbstractThree random fragmentation of an interval processes are investigated. For each of them, ther...
The well-known relation between random division of an interval and the Poisson process is interprete...
We consider the following fragmentation model of the unit interval $\QTR{Bbb}{I}$: we start fragment...
Abstract[0, 1] is partitioned by randomly splitting the longest subinterval, of length L, into two i...
We comment on old and new results related to the destruction of a random recursive tree (RRT), in wh...
The thesis consists of two parts. In the first part (Chapter 1) a new technique is developed for the...
Dans ce travail nous abordons deux sujets de probabilités. L'un est le phénomène de cutoff pour un n...
Suppose we observe a random vector $X$ from some distribution $P$ in a known family with unknown par...
We investigate a class of stochastic fragmentation processes involving stable and unstable fragments...
30 pages, 9 figures, minor revisionsInternational audienceWe consider renewal processes where events...
We explore the relationship between branching processes and random sums of indicators. As a tool for...
International audienceWe model the positions of multiple cracks via a stationary process which is a ...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...
AbstractImagine a stick broken at a random point according to the known distribution function F, the...
Two processes of random fragmentation of an interval are investigated. For each of them, there is a ...
AbstractThree random fragmentation of an interval processes are investigated. For each of them, ther...
The well-known relation between random division of an interval and the Poisson process is interprete...
We consider the following fragmentation model of the unit interval $\QTR{Bbb}{I}$: we start fragment...
Abstract[0, 1] is partitioned by randomly splitting the longest subinterval, of length L, into two i...
We comment on old and new results related to the destruction of a random recursive tree (RRT), in wh...
The thesis consists of two parts. In the first part (Chapter 1) a new technique is developed for the...
Dans ce travail nous abordons deux sujets de probabilités. L'un est le phénomène de cutoff pour un n...
Suppose we observe a random vector $X$ from some distribution $P$ in a known family with unknown par...
We investigate a class of stochastic fragmentation processes involving stable and unstable fragments...
30 pages, 9 figures, minor revisionsInternational audienceWe consider renewal processes where events...
We explore the relationship between branching processes and random sums of indicators. As a tool for...
International audienceWe model the positions of multiple cracks via a stationary process which is a ...
This is the first of a series of papers treating randomly sampled random processes. Spectral analysi...