activity
20042017
most citedTwo-dimensional anisotropic random walks: fixed versus random column configurations for transport phenomena

1 citations · 2 across the 10 of their papers we have counts for

collaborators

11 papers

math.PR2017★ 1 cited

Two-dimensional anisotropic random walks: fixed versus random column configurations for transport phenomena

Endre Csáki, Miklós Csörgő, Antónia Földes +1

We consider random walks on the square lattice of the plane along the lines of Heyde (1982, 1993) and den Hollander (1994), whose studies have in part been inspired by the so-calle…

math.PR2016

Limit theorems for local and occupation times of random walks and Brownian motion on a spider

Endre Csaki, Miklos Csorgo, Antonia Foldes +1

A simple random walk and a Brownian motion are considered on a spider that is a collection of half lines (we call them legs) joined in the origin. We give a strong approximation of…

math.PR2016

About the distance between random walkers on some graphs

Endre Csaki, Antonia Foldes, Pal Revesz

We consider two or more simple symmetric walks on some graphs, e.g. the real line, the plane or the two dimensional comb lattice, and investigate the properties of the distance amo…

math.PR2015

Some limit theorems for heights of random walks on spider

Endre Csáki, Miklós Csörgő, Antonia Földes +1

A simple symmetric random walk is considered on a spider that is a collection of half lines (we call them legs) joined at the origin. We establish a strong approximation of this ra…

math.PR2014

How Tall Can Be the Excursions of a Random Walk on a Spider

Antonia Foldes, Pal Revesz

We consider a simple symmetric random walk on a spider, that is a collection of half lines (we call them legs) joined at the origin. Our main question is the following: if the walk…

math.PR2009

Zeros of a two-parameter random walk

Davar Khoshnevisan, Pal Revesz

We prove that the number gamma(N) of the zeros of a two-parameter simple random walk in its first N-by-N time steps is almost surely equal to N to the power 1+o(1) as N goes to inf…