We consider branching processes consisting of particles (individuals) of two types (type and type ) in which only particles of type have offspring, proving estimates for the survival probability and the (tail of) the distribution of the total number of particles. Such processes are in some sense closer to single- than to multi-type branching processes. Nonetheless, the second, barren, type complicates the analysis significantly. The results proved here (about point and survival probabilities) are a key ingredient in the analysis of bounded-size Achlioptas processes in a recent paper by the last two authors
AbstractThe asymptotic behavior of a subcritical Branching Process in Random Environment (BPRE) star...
We focus on supercritical decomposable (reducible) multitype branching processes. Types are partitio...
Branching processes are stochastic individual-based processes leading consequently to a bottom-up ap...
International audienceA two-type pure decomposable branching process in a random environment is cons...
We propose a stochastic process model for a population of individuals of two types. Type-I individua...
We consider a multitype branching process with immigration in a ran-dom environment introduced by Ke...
AbstractWe propose a stochastic process model for a population of individuals of two types. Type-I i...
© 2018 Dr. Peter Timothy BraunsteinsMultitype branching processes describe the evolution of populati...
This review paper presents the known results on the asymptotics of the survival probability and limi...
A pure decomposable two-type branching process in an asynchronous random en-vironment is considered ...
A multitype branching process is presented in the framework of marked trees and its structure is stu...
Abstract—This review paper presents the known results on the asymptotics of the survival probability...
In this paper, the multitype population size-dependent branching process with dependent offspring is...
We present two iterative methods for computing the global and partial extinction probability vectors...
Branching processes pervade many models in statistical physics. We investigate the survival probabil...
AbstractThe asymptotic behavior of a subcritical Branching Process in Random Environment (BPRE) star...
We focus on supercritical decomposable (reducible) multitype branching processes. Types are partitio...
Branching processes are stochastic individual-based processes leading consequently to a bottom-up ap...
International audienceA two-type pure decomposable branching process in a random environment is cons...
We propose a stochastic process model for a population of individuals of two types. Type-I individua...
We consider a multitype branching process with immigration in a ran-dom environment introduced by Ke...
AbstractWe propose a stochastic process model for a population of individuals of two types. Type-I i...
© 2018 Dr. Peter Timothy BraunsteinsMultitype branching processes describe the evolution of populati...
This review paper presents the known results on the asymptotics of the survival probability and limi...
A pure decomposable two-type branching process in an asynchronous random en-vironment is considered ...
A multitype branching process is presented in the framework of marked trees and its structure is stu...
Abstract—This review paper presents the known results on the asymptotics of the survival probability...
In this paper, the multitype population size-dependent branching process with dependent offspring is...
We present two iterative methods for computing the global and partial extinction probability vectors...
Branching processes pervade many models in statistical physics. We investigate the survival probabil...
AbstractThe asymptotic behavior of a subcritical Branching Process in Random Environment (BPRE) star...
We focus on supercritical decomposable (reducible) multitype branching processes. Types are partitio...
Branching processes are stochastic individual-based processes leading consequently to a bottom-up ap...