On the complexity of embedding in graph products

Fuente: arXiv
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Hauptverfasser: Biedl, Therese, Eppstein, David, Ueckerdt, Torsten
Format: Preprint
Veröffentlicht: 2023
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author Biedl, Therese
Eppstein, David
Ueckerdt, Torsten
author_facet Biedl, Therese
Eppstein, David
Ueckerdt, Torsten
contents Graph embedding, especially as a subgraph of a grid, is an old topic in VLSI design and graph drawing. In this paper, we investigate related questions concerning the complexity of embedding a graph $G$ in a host graph that is the strong product of a path $P$ with a graph $H$ that satisfies some properties, such as having small treewidth, pathwidth or tree depth. We show that this is NP-hard, even under numerous restrictions on both $G$ and $H$. In particular, computing the row pathwidth and the row treedepth is NP-hard even for a tree of small pathwidth, while computing the row treewidth is NP-hard even for series-parallel graphs.
format Preprint
id arxiv_https___arxiv_org_abs_2303_17028
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle On the complexity of embedding in graph products
Biedl, Therese
Eppstein, David
Ueckerdt, Torsten
Computational Geometry
Computational Complexity
Graph embedding, especially as a subgraph of a grid, is an old topic in VLSI design and graph drawing. In this paper, we investigate related questions concerning the complexity of embedding a graph $G$ in a host graph that is the strong product of a path $P$ with a graph $H$ that satisfies some properties, such as having small treewidth, pathwidth or tree depth. We show that this is NP-hard, even under numerous restrictions on both $G$ and $H$. In particular, computing the row pathwidth and the row treedepth is NP-hard even for a tree of small pathwidth, while computing the row treewidth is NP-hard even for series-parallel graphs.
title On the complexity of embedding in graph products
topic Computational Geometry
Computational Complexity
url https://arxiv.org/abs/2303.17028