Abstract
The \(2\)-distance coloring of a graph \(G\) is to color the vertices of \(G\) so that every two vertices at distance at most \(2\) from each other get different colors. Let \(\chi _{2}^{l}(G)\) be the list 2-distance chromatic number of \(G\). In this paper, we show that (1) a planar graph \(G\) with \(\Delta (G)\ge 12\) which contains no \(3,5\)-cycles and intersecting 4-cycles has \(\chi _{2}^{l}(G)\le \Delta +6\); (2) a planar graph \(G\) with \(\Delta (G)\le 5\) and \(g(G)\ge 5\) has \(\chi _{2}^{l}(G)\le 13\).
Similar content being viewed by others
References
Agnarsson G, Halldorsson MM (2000) Coloring powers of planar graphs. SIAM J Discret Math 16:651–662
Agnarsson G, Halldorsson MM (2003) Coloring powers of planar graphs [J]. SIAM J Discret Math 16(4):651–662
Borodin OV, Broersma HJ, Glebov AN, van den Heuvel J (2001) The minimum degree and chromatic number of the square of a planar graph [J]. Diskret Anal Issled Oper 8(4):9–33
Borodin OV, Ivanova AO, Neustroeva TK (2006) (p, q)-coloring of sparse planar graphs [J]. Mat Zametki YaGU 13(2):3–9
Borodin OV, Ivanova AO, Neustroeva TK (2006) List (p, q)-coloring of sparse planar graphs [J]. Sibirsk Elektron Mat Izv 3:355–361
Borodin OV, Broersma HJ, Glebov AN, van den Heuvel J (2001) The structure of plane triangulations in terms of stars and bunches [J]. Diskret Anal Issled Oper 8(2):15–39
Borodin OV, Ivanova AO (2009) 2-Distance (\(\Delta +2\))-coloring of planar graphs with girth six and \(\Delta \ge 18\) [J]. Discret Math 309:6496–6502
Borodin OV, Ivanova AO, Neustroeva TK (2005) List 2-distance(\(\Delta +1\))-coloring of planar graphs with given girth. Diskret Anal Issled Oper 12(3):32–47
Bonamy Marthe (2013) Graphs with maximum degree \(\Delta \ge 17\) and maximum average degree less than 3 are list 2-distance (\(\Delta +2\))-colorable [J]. Discret Math 313:427–449
Borodin OV, Ivanova AO (2009) List 2-distance (\(\Delta +2\))-coloring of planar graphs with girth six and \(\Delta \ge 24\). Sib Math J 50(6):958–964
Cranston DW, Erman R, Skrekovski R (2013) Choosability of the square of a planar graph with maximum degree four, manuscript
Dvorak Z, Kral D, Nejedly P et al (2005) Coloring squares of planar graphs with no short cycles [J]. Discret Appl Math 43:976–1008
Molloy M, Salavatipour MR (2012) Frequency channel assignment on planar networks [J], algorithms-ESA 2002. Springer, Berlin, pp 736–747
Wang FW, Lih W (2003) Labeling planar graphs with conditions on girth and distance two. SIAM J Discret Math 17(2):264–275
Wegner G (1977) Graphs with given diameter and a coloring problem [R]. University of Dortmund, Berlin
YueHua Bu, Zhu Xubo (2012) An optimal square coloring of planar graphs. J Comb Optim 24:580–592
Acknowledgments
Research supported partially by NSFC (No. 11271334) and ZJNSF (No. Z6110786).
Author information
Authors and Affiliations
Corresponding author
Rights and permissions
About this article
Cite this article
Bu, Y., Yan, X. List 2-distance coloring of planar graphs. J Comb Optim 30, 1180–1195 (2015). https://doi.org/10.1007/s10878-013-9700-2
Published:
Issue Date:
DOI: https://doi.org/10.1007/s10878-013-9700-2