Polynomial-time recognition of relating edges in graphs with no 6-cycles

Let GG be a graph in G(C^6)\mathcal{G}(\widehat{C}_{6}), and let xyE(G)xy \in E(G) be an edge. The edge xyxy is called relating when it has the relating-edge property used in the paper.

Relating-edge recognition conjecture. The following problem is polynomially solvable: given a graph GG(C^6)G \in \mathcal{G}(\widehat{C}_{6}) and an edge xyE(G)xy \in E(G), determine whether xyxy is relating.

The conjecture is proposed as a common generalization of the paper's polynomial results for related graph classes. Its resolution is not given in the supplied text.

Sources & referencesView supporting material

Primary source

David Tankus, “Recognizing Generating Subgraphs in Graphs without Cycles of Lengths 6 and 7”, arXiv:1808.10137 (2018).

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