2020
DOI: 10.1016/j.disc.2020.112037
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A new bound on the acyclic edge chromatic number

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Cited by 7 publications
(2 citation statements)
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“…This observation leaded Esperet and Parreau to a very noticeable improvement of the upper bound of the acyclic edge chromatic index of G with respect to the bound obtained via CELL. Due to its specificity, we have considered the case of the acyclic edge coloring in a separate paper [23] (see also comments below and see also the remark in [7, Section 4.2.5]).…”
Section: The Entropy Compression Algorithm and The Entropy Compressio...mentioning
confidence: 99%
“…This observation leaded Esperet and Parreau to a very noticeable improvement of the upper bound of the acyclic edge chromatic index of G with respect to the bound obtained via CELL. Due to its specificity, we have considered the case of the acyclic edge coloring in a separate paper [23] (see also comments below and see also the remark in [7, Section 4.2.5]).…”
Section: The Entropy Compression Algorithm and The Entropy Compressio...mentioning
confidence: 99%
“…Also, an improvement of the 4( 1) bound was announced by Gutowski et al [115] (the specific coe cient for is not given in the abstract of the announcement). The best bound until now was recently given by Fialho et al [92], where it is proved that 0 ↵ (G)  d3.569( 1)e+1. These results are proved by designing randomized algorithms that with high probability halt and produce a proper acyclic edge coloring.…”
Section: Algorithmic Approachesmentioning
confidence: 99%