arXiv:1402.3741 [math.CO]AbstractReferencesReviewsResources
On path-cycle decompositions of triangle-free graphs
Andrea Jiménez, Yoshiko Wakabayashi
Published 2014-02-16, updated 2015-06-18Version 2
In this work, we study conditions for the existence of length-constrained path-cycle decompositions, that is, partitions of edge sets of a graph into paths and cycles of a given minimum length. Our main contribution is the characterization of the class of all triangle-free graphs with odd distance at least $3$ that admit a path-cycle decomposition with elements of length at least $4$. As a consequence, it follows that Gallai's conjecture on path decomposition holds in a broad class of sparse graphs.
Comments: 23 pages
Categories: math.CO
Related articles: Most relevant | Search more
arXiv:math/9409214 [math.CO] (Published 1994-09-16)
Invertible families of sets of bounded degree
arXiv:2107.01033 [math.CO] (Published 2021-07-01)
$L(n)$ graphs are vertex-pancyclic and Hamilton-connected
arXiv:1809.09302 [math.CO] (Published 2018-09-25)
Partitioning The Edge Set of a Hypergraph Into Almost Regular Cycles