Local limit of the random degree constrained process

Fuente: arXiv
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Main Authors: Ráth, Balázs, Szőke, Márton, Warnke, Lutz
Format: Preprint
Published: 2024
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author Ráth, Balázs
Szőke, Márton
Warnke, Lutz
author_facet Ráth, Balázs
Szőke, Márton
Warnke, Lutz
contents In this paper we show that the random degree constrained process (a time-evolving random graph model with degree constraints) has a local weak limit, provided that the underlying host graphs are high degree almost regular. We, moreover, identify the limit object as a multi-type branching process, by combining coupling arguments with the analysis of a certain recursive tree process. Using a spectral characterization, we also give an asymptotic expansion of the critical time when the giant component emerges in the so-called random $d$-process, resolving a problem of Warnke and Wormald for large $d$.
format Preprint
id arxiv_https___arxiv_org_abs_2409_11747
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Local limit of the random degree constrained process
Ráth, Balázs
Szőke, Márton
Warnke, Lutz
Probability
05C80, 60C05, 60J80
In this paper we show that the random degree constrained process (a time-evolving random graph model with degree constraints) has a local weak limit, provided that the underlying host graphs are high degree almost regular. We, moreover, identify the limit object as a multi-type branching process, by combining coupling arguments with the analysis of a certain recursive tree process. Using a spectral characterization, we also give an asymptotic expansion of the critical time when the giant component emerges in the so-called random $d$-process, resolving a problem of Warnke and Wormald for large $d$.
title Local limit of the random degree constrained process
topic Probability
05C80, 60C05, 60J80
url https://arxiv.org/abs/2409.11747