most citedThe elephant random walk in the triangular array setting

2 citations · 3 across the 6 of their papers we have counts for

collaborators

6 papers

math.PR2025

Limit theorems for elephant random walks remembering the very recent past, with applications to the Takagi-van der Waerden class functions

Yuzaburo Nakano, Masato Takei

We study the Takagi-van der Waerden functions , a well-known class of continuous but nowhere differentiable functions, from probabilistic point of view. As an application…

math.PR2025

Phase transitions for a unidirectional elephant random walk with a power law memory II: Some sharper estimates

Rahul Roy, Masato Takei, Hideki Tanemura

We continue our study of the unidirectional elephant random walk (uERW) initiated in {\it {Electron. Commun. Probab.}} ({\bf 29} 2024, article no. 78). In this paper we obtain defi…

math.PR2025

A note on the long time behavior of the elephant random walk with stops

Tatsuya Akimoto, Masato Takei, Keisuke Taniguchi

We study the long time behavior of the elephant random walk with stops, introduced by Kumar, Harbola and Lindenberg (2010), and establish the phase transition of the number of visi…

math.PR2024

How often can two independent elephant random walks on meet?

Rahul Roy, Masato Takei, Hideki Tanemura

We show that two independent elephant random walks on the integer lattice meet each other finitely often or infinitely often depends on whether the memory parameter $p…

math.PR2024★ 2 cited

The elephant random walk in the triangular array setting

Rahul Roy, Masato Takei, Hideki Tanemura

Gut and Stadmüller (2021, 2022) initiated the study of the elephant random walk with limited memory. Aguech and El Machkouri (2024) published a paper in which they discuss an exten…

math.PR2024★ 1 cited

Phase transitions for a unidirectional elephant random walk with a power law memory

Rahul Roy, Masato Takei, Hideki Tanemura

For the standard elephant random walk, Laulin (2022) studied the case when the increment of the random walk is not uniformly distributed over the past history instead has a power l…