AbstractA labeling of a graph G is distinguishing if it is only preserved by the trivial automorphism of G. The distinguishing chromatic number of G is the smallest integer k such that G has a distinguishing labeling that is at the same time a proper vertex coloring. The distinguishing chromatic number of the Cartesian product Kk□Kn is determined for all k and n. In most of the cases it is equal to the chromatic number, thus answering a question of Choi, Hartke and Kaul whether there are some other graphs for which this equality holds
The distinguishing number (index) D(G) (D′(G)) of a graph G is the least integer d such that G has a...
International audienceThis paper studies edge- and total-colorings of graphs in which (all or only a...
AbstractWe determine the values of s and t for which there is a coloring of the edges of the complet...
AbstractA labeling of a graph G is distinguishing if it is only preserved by the trivial automorphis...
AbstractWe determine the values of s and t for which there is a coloring of the edges of the complet...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
A graph G is said to be k-distinguishable if every vertex of the graph can be colored from a set of ...
A vertex coloring of a graph $G$ is called distinguishing if no non-identity automorphism of $G$ pre...
A vertex coloring of a graph $G$ is called distinguishing if no non-identity automorphism of $G$ pre...
AbstractThe distinguishing number D(G) of a graph G is the least integer d such that there is a d-la...
We examine the distinguishing number of the Cartesian product of an arbitrary number of complete gra...
The distinguishing number D(G) of a graph G is the least integer d such that G has a labeling with d...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
The distinguishing number ▫$D(G)$▫ of a graph ▫$G$▫ is the least integer ▫$d$▫ such that there is a ...
The distinguishing number (index) D(G) (D′(G)) of a graph G is the least integer d such that G has a...
International audienceThis paper studies edge- and total-colorings of graphs in which (all or only a...
AbstractWe determine the values of s and t for which there is a coloring of the edges of the complet...
AbstractA labeling of a graph G is distinguishing if it is only preserved by the trivial automorphis...
AbstractWe determine the values of s and t for which there is a coloring of the edges of the complet...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
A graph G is said to be k-distinguishable if every vertex of the graph can be colored from a set of ...
A vertex coloring of a graph $G$ is called distinguishing if no non-identity automorphism of $G$ pre...
A vertex coloring of a graph $G$ is called distinguishing if no non-identity automorphism of $G$ pre...
AbstractThe distinguishing number D(G) of a graph G is the least integer d such that there is a d-la...
We examine the distinguishing number of the Cartesian product of an arbitrary number of complete gra...
The distinguishing number D(G) of a graph G is the least integer d such that G has a labeling with d...
The distinguishing number of a graph G, denoted D(G), is the minimum number of colors needed to prod...
The distinguishing number ▫$D(G)$▫ of a graph ▫$G$▫ is the least integer ▫$d$▫ such that there is a ...
The distinguishing number (index) D(G) (D′(G)) of a graph G is the least integer d such that G has a...
International audienceThis paper studies edge- and total-colorings of graphs in which (all or only a...
AbstractWe determine the values of s and t for which there is a coloring of the edges of the complet...