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Main Authors: András, Réka, Cziszter, Kálmán, Domokos, Mátyás, Szöllősi, István
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2401.04607
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author András, Réka
Cziszter, Kálmán
Domokos, Mátyás
Szöllősi, István
author_facet András, Réka
Cziszter, Kálmán
Domokos, Mátyás
Szöllősi, István
contents The directed Cayley diameter of a finite group is investigated in terms of the monoid of product-one sequences over the group, via the new notion of directed geodesic atoms. Two quantities associated to the set of directed geodesic atoms provide lower and upper bounds for the directed Cayley diameter. An algorithm for computing the directed geodesic atoms is implemented in GAP, and is applied to determine the above mentioned quantities for all non-abelian groups of order at most $42$, and for the alternating group of degree $5$. Furthermore, the small and large Davenport constants of all these groups are computed (excepting the large Davenport constant for $A_5$), extending thereby the formerly obtained results on the groups of order less than $32$. Along the way the directed Cayley diameter of a finite abelian group is expressed in terms of its invariants.
format Preprint
id arxiv_https___arxiv_org_abs_2401_04607
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle The directed Cayley diameter and the Davenport constant
András, Réka
Cziszter, Kálmán
Domokos, Mátyás
Szöllősi, István
Group Theory
Primary 20D60, Secondary 20M14, 20K01
The directed Cayley diameter of a finite group is investigated in terms of the monoid of product-one sequences over the group, via the new notion of directed geodesic atoms. Two quantities associated to the set of directed geodesic atoms provide lower and upper bounds for the directed Cayley diameter. An algorithm for computing the directed geodesic atoms is implemented in GAP, and is applied to determine the above mentioned quantities for all non-abelian groups of order at most $42$, and for the alternating group of degree $5$. Furthermore, the small and large Davenport constants of all these groups are computed (excepting the large Davenport constant for $A_5$), extending thereby the formerly obtained results on the groups of order less than $32$. Along the way the directed Cayley diameter of a finite abelian group is expressed in terms of its invariants.
title The directed Cayley diameter and the Davenport constant
topic Group Theory
Primary 20D60, Secondary 20M14, 20K01
url https://arxiv.org/abs/2401.04607