We study a generalized branching random walk where particles breed at a rate which depends on the number of neighboring particles. Under general assumptions on the breeding rates we prove the existence of a phase where the population survives without exploding. We construct a nontrivial invariant measure for this case. 1. Introduction. Scientist
International audienceWe study persistence probabilities for random walks in correlated Gaussian ran...
In this work we model the dynamics of a population that evolves as a continuous time branching proce...
AbstractWe consider a branching random walk on R starting from x≥0 and with a killing barrier at 0. ...
Recent investigations have demonstrated that continuous-time branching random walks on multidimensio...
We study the branching random walk on weighted graphs; site-breeding and edge-breeding branching ran...
Consider a branching random walk on the real line with a killing barrier at zero: starting from a no...
We propose two models of the evolution of a pair of competing populations. Both are lattice based. T...
We consider a general discrete-time branching random walk on a countable set X. We relate local, str...
Abstract. We study the possibility for branching random walks in random environment (BRWRE) to survi...
Abstract. Consider a branching random walk on the real line with a killing barrier at zero: starting...
We study the ergodic behavior of systems of particles performing independent random walks, binary sp...
It is well known that the behaviour of a branching process is completely described by the generatin...
We consider a branching random walk on starting from x=0 and with a killing barrier at 0. At each st...
International audienceWe are interested in the survival probability of a population modeled by a cri...
International audienceWe study persistence probabilities for random walks in correlated Gaussian ran...
In this work we model the dynamics of a population that evolves as a continuous time branching proce...
AbstractWe consider a branching random walk on R starting from x≥0 and with a killing barrier at 0. ...
Recent investigations have demonstrated that continuous-time branching random walks on multidimensio...
We study the branching random walk on weighted graphs; site-breeding and edge-breeding branching ran...
Consider a branching random walk on the real line with a killing barrier at zero: starting from a no...
We propose two models of the evolution of a pair of competing populations. Both are lattice based. T...
We consider a general discrete-time branching random walk on a countable set X. We relate local, str...
Abstract. We study the possibility for branching random walks in random environment (BRWRE) to survi...
Abstract. Consider a branching random walk on the real line with a killing barrier at zero: starting...
We study the ergodic behavior of systems of particles performing independent random walks, binary sp...
It is well known that the behaviour of a branching process is completely described by the generatin...
We consider a branching random walk on starting from x=0 and with a killing barrier at 0. At each st...
International audienceWe are interested in the survival probability of a population modeled by a cri...
International audienceWe study persistence probabilities for random walks in correlated Gaussian ran...
In this work we model the dynamics of a population that evolves as a continuous time branching proce...
AbstractWe consider a branching random walk on R starting from x≥0 and with a killing barrier at 0. ...