ABSTRACT. – We study a pair of populations in R2 which undergo diffusion and branching. The system is interactive in that the branching rate of each type is proportional to the local density of the other type. Previous work had established the existence of such a process and derived some of its small scale and large scale properties. This paper is primarily focused on the proof of uniqueness of solutions to the martingale problem associated with the model. The self-duality property of solutions, which is crucial for proving uniqueness and was used in the previous work to derive many of the qualitative properties of the process, is also established
The main objective of the present dissertation is to investigate an infinite rate mutually catalytic...
We study pairs of interacting measure-valued branching processes (superprocesses) with alpha-stable ...
This thesis consists of the manuscripts of three research papers studying stochastic ODEs (ordinary ...
We study a pair of populations in $R^2$ which undergo diffusion and branching. The system is interac...
We study a pair of populations in ℝ2 which undergo diffusion and branching. The system is interactiv...
A two-type infinite-measure-valued population in $R^2$ is constructed which undergoes diffusion and ...
We study a pair of populations in ℝ2 which undergo diffusion and branching. The system is interactiv...
A two-type infinite-measure-valued population in R2 is constructed which undergoes diffusion and bra...
Dawson and Perkins [4] constructed a stochastic model of an interacting two-type population indexed ...
Dedicated to the memory of Joe Doob whose work and example inspired us both Abstract. Weak uniquenes...
Consider the mutually catalytic branching process with finite branching rate γ. We show that as γ → ...
The purpose of this doctoral thesis is to prove existence for a mutually catalytic random walk with...
© Canadian Mathematical Society 1994. The usual super-Brownian motion is a measure-valued process th...
A uniqueness problem raised in 2001 for critical cyclically catalytic super-Brownian motions is solv...
Catalytic branching processes describe the evolution of two types of material (populations) called c...
The main objective of the present dissertation is to investigate an infinite rate mutually catalytic...
We study pairs of interacting measure-valued branching processes (superprocesses) with alpha-stable ...
This thesis consists of the manuscripts of three research papers studying stochastic ODEs (ordinary ...
We study a pair of populations in $R^2$ which undergo diffusion and branching. The system is interac...
We study a pair of populations in ℝ2 which undergo diffusion and branching. The system is interactiv...
A two-type infinite-measure-valued population in $R^2$ is constructed which undergoes diffusion and ...
We study a pair of populations in ℝ2 which undergo diffusion and branching. The system is interactiv...
A two-type infinite-measure-valued population in R2 is constructed which undergoes diffusion and bra...
Dawson and Perkins [4] constructed a stochastic model of an interacting two-type population indexed ...
Dedicated to the memory of Joe Doob whose work and example inspired us both Abstract. Weak uniquenes...
Consider the mutually catalytic branching process with finite branching rate γ. We show that as γ → ...
The purpose of this doctoral thesis is to prove existence for a mutually catalytic random walk with...
© Canadian Mathematical Society 1994. The usual super-Brownian motion is a measure-valued process th...
A uniqueness problem raised in 2001 for critical cyclically catalytic super-Brownian motions is solv...
Catalytic branching processes describe the evolution of two types of material (populations) called c...
The main objective of the present dissertation is to investigate an infinite rate mutually catalytic...
We study pairs of interacting measure-valued branching processes (superprocesses) with alpha-stable ...
This thesis consists of the manuscripts of three research papers studying stochastic ODEs (ordinary ...