Critical drift estimates for the frog model on trees
Electron. J. Probab. 29 (2024), article no. 52, https://doi.org/10.1214/24-EJP1108 Page 1 E
lectro n i c J o u r nal o f P r o b ability Electron. J. Probab. 29 (2024), article no. 52, 1–21. ISSN …
lectro n i c J o u r nal o f P r o b ability Electron. J. Probab. 29 (2024), article no. 52, 1–21. ISSN …
[PDF][PDF] Upper tail large deviation for the one-dimensional frog model
CAN VAN HAO, N Kubota… - ar** and active frogs are assigned to vertices on Z. While slee** frogs do …
Upper tail large deviation for the one-dimensional frog model
VH Can, N Kubota, S Nakajima - ar** and active frogs are assigned to vertices on $\mathbb Z $. While …
On transience of frogs on Galton–Watson trees
S Müller, GM Wiegel - 2020 - projecteuclid.org
We consider an interacting particle system, known as the frog model, on infinite Galton–
Watson trees allowing offspring 0 and 1. The system starts with one awake particle (frog) at …
Watson trees allowing offspring 0 and 1. The system starts with one awake particle (frog) at …
The frog model on non-amenable trees
M Michelen, J Rosenberg - 2020 - projecteuclid.org
We examine an interacting particle system on trees commonly referred to as the frog model.
For its initial state, it begins with a single active particle at the root and iid Poiss(λ) many …
For its initial state, it begins with a single active particle at the root and iid Poiss(λ) many …
Phase transition for the frog model
A Contat - cirm-math.fr
Dans cet exposé, on s' intéresseraa un modele de particules croassant appelé modele des
grenouilles. On considere un arbre enraciné infini et le systeme est initialement composé …
grenouilles. On considere un arbre enraciné infini et le systeme est initialement composé …