New Results on Difference Distance Magic Labelings

Fuente: arXiv
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Main Authors: Aceska, Roza, Arcila-Maya, Niny, Carlson, Joshua, Marr, Alison, Parnes, Miriam, Ryan, Kathleen, Schuerger, Houston, Vasquez, Jennifer F.
Format: Preprint
Published: 2026
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_version_ 1866911404327436288
author Aceska, Roza
Arcila-Maya, Niny
Carlson, Joshua
Marr, Alison
Parnes, Miriam
Ryan, Kathleen
Schuerger, Houston
Vasquez, Jennifer F.
author_facet Aceska, Roza
Arcila-Maya, Niny
Carlson, Joshua
Marr, Alison
Parnes, Miriam
Ryan, Kathleen
Schuerger, Houston
Vasquez, Jennifer F.
contents A graph labeling assigns values to the components of a graph (vertices, edges, etc.). In particular, distance magic labelings have been widely studied in undirected graphs. In such a labeling, the vertices are labeled with unique values from one up to the number of vertices so that the sum of labels on the neighbors of any vertex is the same across all vertices. For oriented graphs, a related concept of distance difference magic has been studied. In a distance difference magic labeling, each vertex is given a unique value from one up to the number of vertices such that for each vertex the sums of the labels of vertices in the in-neighborhood minus the sums of the labels of vertices in the out-neighborhood equals zero. In this paper, we expand on this concept by showing a connected difference distance magic oriented graph on $n$ vertices exists for each integer $n \geq 5$. We also construct arbitrarily large difference distance magic oriented graphs from smaller ones using a new graph sum and exhibit a connection between linear algebra and this type of labeling.
format Preprint
id arxiv_https___arxiv_org_abs_2601_20492
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle New Results on Difference Distance Magic Labelings
Aceska, Roza
Arcila-Maya, Niny
Carlson, Joshua
Marr, Alison
Parnes, Miriam
Ryan, Kathleen
Schuerger, Houston
Vasquez, Jennifer F.
Combinatorics
05C70, 05C78
A graph labeling assigns values to the components of a graph (vertices, edges, etc.). In particular, distance magic labelings have been widely studied in undirected graphs. In such a labeling, the vertices are labeled with unique values from one up to the number of vertices so that the sum of labels on the neighbors of any vertex is the same across all vertices. For oriented graphs, a related concept of distance difference magic has been studied. In a distance difference magic labeling, each vertex is given a unique value from one up to the number of vertices such that for each vertex the sums of the labels of vertices in the in-neighborhood minus the sums of the labels of vertices in the out-neighborhood equals zero. In this paper, we expand on this concept by showing a connected difference distance magic oriented graph on $n$ vertices exists for each integer $n \geq 5$. We also construct arbitrarily large difference distance magic oriented graphs from smaller ones using a new graph sum and exhibit a connection between linear algebra and this type of labeling.
title New Results on Difference Distance Magic Labelings
topic Combinatorics
05C70, 05C78
url https://arxiv.org/abs/2601.20492