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20082025
most citedJoint Hölder continuity of local time for a class of interacting branching measure valued diffusions

1 citations · 3 across the 7 of their papers we have counts for

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8 papers

math.PR2025

CLT for martingales-III: discontinuous compensators

Bruno Rémillard, Jean Vaillancourt

We propose a new weak convergence theorem for martingales, under gentler conditions than the usual convergence in probability of the sequence of associated quadratic variations. It…

math.PR2023

Central limit theorems for martingales-II: convergence in the weak dual topology, with corrections

Bruno N. Remillard, Jean Vaillancourt

A convergence theorem for martingales with càdlàg trajectories (right continuous with left limits everywhere) is obtained in the sense of the weak dual topology on Hilbert space, u…

math.PR2023

Central limit theorems for martingales-I : continuous limits

Bruno Rémillard, Jean Vaillancourt

When the limiting compensator of a sequence of martingales is continuous, we obtain a weak convergence theorem for the martingales; the limiting process can be written as a Brownia…

math.PR2019★ 1 cited

Joint Hölder continuity of local time for a class of interacting branching measure valued diffusions

Donald Andrew Dawson, Jean Vaillancourt, Hao Wang

Using a Tanaka representation of the local time for a class of superprocesses with dependent spatial motion, as well as sharp estimates from the theory of uniformly parabolic parti…

math.PR2019★ 1 cited

Tanaka formula and local time for a class of interacting branching measure-valued diffusions

Donald A. Dawson, Jean Vaillancourt, Hao Wang

We construct superprocesses with dependent spatial motion (SDSMs) in Euclidean spaces with and show that,even when they start at some unbounded initial positive Radon…

math.PR2015

Combining losing games into a winning game

Bruno Rémillard, Jean Vaillancourt

Parrondo's paradox is extended to regime switching random walks in random environments. The paradoxical behavior of the resulting random walk is explained by the effect of the rand…