International audienceIn this paper we consider an interacting particle system in R^d modelled as a system of N stochastic differential equations driven by Lévy processes. The limiting behaviour as the size N grows to infinity is achieved as a law of large numbers for the empirical density process associated with the interacting particle system. We prove that the empirical process converges, uniformly in the space variable, to the solution of the d-dimensional fractal conservation law
The convergence of stochastic particle systems representing physical advection, inflow, outflow, and...
In this chapter the authors investigate the links among different scales, from a probabilistic point...
Thesis (Ph.D.)--University of Washington, 2014This thesis studies the hydrodynamic limit and the flu...
International audienceIn this paper we consider an interacting particle system in R^d modelled as a ...
Abstract. We study the asymptotic behaviour of some mesoscopic sto-chastic models for systems of rea...
We investigate the derivation of semilinear relaxation systems and scalar conservation laws from a c...
A model for the activities of N agents in an economy is presented as the solution to a system of sto...
We study the asymptotic behaviour of some mesoscopic stochastic models for systems of reacting and d...
We consider a class of stochastic evolution models for particles diffusing on a lattice and interact...
AbstractWe are interested in a probabilistic approximation of the solution to scalar conservation la...
AbstractWe consider a class of stochastic evolution models for particles diffusing on a lattice and ...
We study the Bolker-Pacala-Dieckmann-Law (BPDL) model of population dynamics in the regime of large ...
AbstractThere is a widespread recent interest in using ideas from statistical physics to model certa...
Using the renormalization method introduced by the authors, we prove what we call the local Boltzman...
The central limit (or fluctuation) phenomena are discussed in the interacting diffusion system. The ...
The convergence of stochastic particle systems representing physical advection, inflow, outflow, and...
In this chapter the authors investigate the links among different scales, from a probabilistic point...
Thesis (Ph.D.)--University of Washington, 2014This thesis studies the hydrodynamic limit and the flu...
International audienceIn this paper we consider an interacting particle system in R^d modelled as a ...
Abstract. We study the asymptotic behaviour of some mesoscopic sto-chastic models for systems of rea...
We investigate the derivation of semilinear relaxation systems and scalar conservation laws from a c...
A model for the activities of N agents in an economy is presented as the solution to a system of sto...
We study the asymptotic behaviour of some mesoscopic stochastic models for systems of reacting and d...
We consider a class of stochastic evolution models for particles diffusing on a lattice and interact...
AbstractWe are interested in a probabilistic approximation of the solution to scalar conservation la...
AbstractWe consider a class of stochastic evolution models for particles diffusing on a lattice and ...
We study the Bolker-Pacala-Dieckmann-Law (BPDL) model of population dynamics in the regime of large ...
AbstractThere is a widespread recent interest in using ideas from statistical physics to model certa...
Using the renormalization method introduced by the authors, we prove what we call the local Boltzman...
The central limit (or fluctuation) phenomena are discussed in the interacting diffusion system. The ...
The convergence of stochastic particle systems representing physical advection, inflow, outflow, and...
In this chapter the authors investigate the links among different scales, from a probabilistic point...
Thesis (Ph.D.)--University of Washington, 2014This thesis studies the hydrodynamic limit and the flu...