Vertex‐distinguishing edge colorings of graphs
Paul Balister, Oliver Riordan, R. H. Schelp
Abstract
Paul Balister, Oliver Riordan, R. H. Schelp
Abstract
Abstract We consider lower bounds on the the vertex‐distinguishing edge chromatic number of graphs and prove that these are compatible with a conjecture of Burris and Schelp 8 . We also find upper bounds on this number for certain regular graphs G of low degree and hence verify the conjecture for a reasonably large class of such graphs. © 2002 Wiley Periodicals, Inc. J Graph Theory 42: 95–109, 2003
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Abstract We consider lower bounds on the the vertex‐distinguishing edge chromatic number of graphs and prove that these are compatible with a conjecture of Burris and Schelp 8 . We also find upper bounds on this number for certain regular graphs G of low degree and hence verify the conjecture for a reasonably large class of such graphs. © 2002 Wiley Periodicals, Inc. J Graph Theory 42: 95–109, 2003
Key concepts: Combinatorics, Mathematics, Conjecture, Vertex (graph theory), Edge coloring, Discrete mathematics, Chromatic scale, 1-planar graph