The classification of orthogonal arrays OA(2048,14,2,7) and some completely regular codes

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1. Verfasser: Krotov, Denis S.
Format: Preprint
Veröffentlicht: 2023
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author Krotov, Denis S.
author_facet Krotov, Denis S.
contents We describe the classification of orthogonal arrays OA$(2048,14,2,7)$, or, equivalently, completely regular $\{14;2\}$-codes in the $14$-cube ($30848$ equivalence classes). In particular, we find that there is exactly one almost-OA$(2048,14,2,7{+}1)$, up to equivalence. As derived objects, OA$(1024,13,2,6)$ ($202917$ classes) and completely regular $\{12,2;2,12\}$- and $\{14, 12, 2; 2, 12, 14\}$-codes in the $13$- and $14$-cubes, respectively, are also classified. Keywords: binary orthogonal array, completely regular code, binary 1-perfect code.
format Preprint
id arxiv_https___arxiv_org_abs_2311_05428
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle The classification of orthogonal arrays OA(2048,14,2,7) and some completely regular codes
Krotov, Denis S.
Combinatorics
Discrete Mathematics
05B15, 94B25
We describe the classification of orthogonal arrays OA$(2048,14,2,7)$, or, equivalently, completely regular $\{14;2\}$-codes in the $14$-cube ($30848$ equivalence classes). In particular, we find that there is exactly one almost-OA$(2048,14,2,7{+}1)$, up to equivalence. As derived objects, OA$(1024,13,2,6)$ ($202917$ classes) and completely regular $\{12,2;2,12\}$- and $\{14, 12, 2; 2, 12, 14\}$-codes in the $13$- and $14$-cubes, respectively, are also classified. Keywords: binary orthogonal array, completely regular code, binary 1-perfect code.
title The classification of orthogonal arrays OA(2048,14,2,7) and some completely regular codes
topic Combinatorics
Discrete Mathematics
05B15, 94B25
url https://arxiv.org/abs/2311.05428