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Main Authors: Csóka, Endre, Fekete, Panna Tímea, Nagy, Zoltán Lóránt, Szemerédi, Levente
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2509.08531
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author Csóka, Endre
Fekete, Panna Tímea
Nagy, Zoltán Lóránt
Szemerédi, Levente
author_facet Csóka, Endre
Fekete, Panna Tímea
Nagy, Zoltán Lóránt
Szemerédi, Levente
contents In this paper, we present a new factor of IID process based on the local algorithm introduced by Díaz, Serna, and Wormald (2007). This new approach allows us to improve the previously known upper bounds on the minimum and maximum bisection width and the maximum cut of random d-regular graphs for d > 4 by introducing a new recoloring phase after the termination of the original algorithm. As an application, we show that random 5-regular graphs asymptotically almost surely admit an internal partition, i.e., a partition of the vertex set into two nonempty classes so that every vertex has at least half of its neighbors in its own class.
format Preprint
id arxiv_https___arxiv_org_abs_2509_08531
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Bisection width, max-cut and internal partitions of 5-regular graphs
Csóka, Endre
Fekete, Panna Tímea
Nagy, Zoltán Lóránt
Szemerédi, Levente
Combinatorics
In this paper, we present a new factor of IID process based on the local algorithm introduced by Díaz, Serna, and Wormald (2007). This new approach allows us to improve the previously known upper bounds on the minimum and maximum bisection width and the maximum cut of random d-regular graphs for d > 4 by introducing a new recoloring phase after the termination of the original algorithm. As an application, we show that random 5-regular graphs asymptotically almost surely admit an internal partition, i.e., a partition of the vertex set into two nonempty classes so that every vertex has at least half of its neighbors in its own class.
title Bisection width, max-cut and internal partitions of 5-regular graphs
topic Combinatorics
url https://arxiv.org/abs/2509.08531