Optimization hierarchies for distance-avoiding sets in compact spaces

Fuente: arXiv
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Autores principales: Bekker, Bram, Kuryatnikova, Olga, Filho, Fernando Mário de Oliveira, Vera, Juan C.
Formato: Preprint
Publicado: 2023
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author Bekker, Bram
Kuryatnikova, Olga
Filho, Fernando Mário de Oliveira
Vera, Juan C.
author_facet Bekker, Bram
Kuryatnikova, Olga
Filho, Fernando Mário de Oliveira
Vera, Juan C.
contents Witsenhausen's problem asks for the maximum fraction $α_n$ of the $n$-dimensional unit sphere that can be covered by a measurable set containing no pairs of orthogonal points. The best upper bounds for $α_n$ are given by extensions of the Lovász theta number. In this paper, optimization hierarchies based on the Lovász theta number, like the Lasserre hierarchy, are extended to Witsenhausen's problem and similar problems. These hierarchies are shown to converge and are used to compute the best upper bounds for $α_n$ in low dimensions.
format Preprint
id arxiv_https___arxiv_org_abs_2304_05429
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Optimization hierarchies for distance-avoiding sets in compact spaces
Bekker, Bram
Kuryatnikova, Olga
Filho, Fernando Mário de Oliveira
Vera, Juan C.
Metric Geometry
Optimization and Control
46N10, 52C10, 51K99, 90C22, 90C34
Witsenhausen's problem asks for the maximum fraction $α_n$ of the $n$-dimensional unit sphere that can be covered by a measurable set containing no pairs of orthogonal points. The best upper bounds for $α_n$ are given by extensions of the Lovász theta number. In this paper, optimization hierarchies based on the Lovász theta number, like the Lasserre hierarchy, are extended to Witsenhausen's problem and similar problems. These hierarchies are shown to converge and are used to compute the best upper bounds for $α_n$ in low dimensions.
title Optimization hierarchies for distance-avoiding sets in compact spaces
topic Metric Geometry
Optimization and Control
46N10, 52C10, 51K99, 90C22, 90C34
url https://arxiv.org/abs/2304.05429