For a nontrivial connected graph G, let c: V(G)→ N be a vertex coloring of G where adjacent vertices may be colored the same. For a vertex v of G, the neighborhood color set NC(v) is the set of colors of the neighbors of v. The coloring c is called a set coloring if NC(u) ≠ NC(v) for every pair u,v of adjacent vertices of G. The minimum number of colors required of such a coloring is called the set chromatic number χₛ(G) of G. The set chromatic numbers of some well-known classes of graphs are determined and several bounds are established for the set chromatic number of a graph in terms of other graphical parameters
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
We provide a tight bound on the set chromatic number of a graph in terms of its chromatic number. Na...
For a nontrivial connected graph G, let c : V (G) → ℕ be a vertex coloring of G where adjacent vert...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
In the area of graph colorings, much research has been done on the topic of neighbor- distinguishing...
Abstract. For a nontrivial connected graph G, let c: V (G) → N be a vertex coloring of G where adjac...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
For a simple connected graph G; let c : V (G) → N be a vertex coloring of G; where adjacent vertices...
summary:A vertex coloring of a graph $G$ is a multiset coloring if the multisets of colors of the ne...
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
We provide a tight bound on the set chromatic number of a graph in terms of its chromatic number. Na...
For a nontrivial connected graph G, let c : V (G) → ℕ be a vertex coloring of G where adjacent vert...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
In the area of graph colorings, much research has been done on the topic of neighbor- distinguishing...
Abstract. For a nontrivial connected graph G, let c: V (G) → N be a vertex coloring of G where adjac...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
summary:For a nontrivial connected graph $G$, let $c\: V(G)\to \Bbb N$ be a vertex coloring of $G$...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
Given a vertex coloring c of a graph, the neighborhood color set of a vertex is defined to be the se...
For a simple connected graph G; let c : V (G) → N be a vertex coloring of G; where adjacent vertices...
summary:A vertex coloring of a graph $G$ is a multiset coloring if the multisets of colors of the ne...
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
summary:For a nontrivial connected graph $G$, let $c\colon V(G)\rightarrow \mathbb {N}$ be a vertex ...
We provide a tight bound on the set chromatic number of a graph in terms of its chromatic number. Na...