AbstractIn this paper we shall present the concept of a uniquely n-colorable graph, and then introduce a class of graphs which we shall call 6-clique rings. We shall show that 6-clique rings are useful in generating some classes of uniquely 3-colorable graphs. Moreover, we shall demonstrate how the techniques used in producing uniquely 3-colorable graphs from 6-clique rings can be extended to allow the production of other classes of uniquely 3-colorable graphs as well as the production of uniquely n-colorable graphs, where n>3
AbstractIn this paper it is proved that the lower bound for the number of 3-circuits in a uniquely 3...
AbstractAn r-tuple coloring of a graph is one in which r colors are assigned to each point of the gr...
AbstractA graph is said to be uniquely list colorable, if it admits a list assignment which induces ...
In this paper, we shall present the concept of a uniquely n-colorable graph, and then introduce a cl...
Constructing the graphs with some specific properties is an important and interesting problem in the...
AbstractA labeled graph G with chromatic number n is called uniquely n-colorable or simply uniquely ...
AbstractIn this note, it is shown that the technique employed by Osterweil in producing uniquely 3-c...
AbstractA graph is called uniquely colorable if there is only one partition of its point set into th...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
For each vertex v of a graph G, if there exists a list of k colors, L(v), such that there is a uniqu...
AbstractWe show the following. (1) For each integer n⩾12, there exists a uniquely 3-colorable graph ...
The study of graph vertex colorability from an algebraic perspective has introduced novel techniques...
AbstractThe study of graph vertex colorability from an algebraic perspective has introduced novel te...
A graph G is uniquely k-colourable if the chromatic number of G is k and G has only one k-colouring ...
Abstract. For each integer we present a uniquely n-colorable graph with,3tn 12 n vertices, and their...
AbstractIn this paper it is proved that the lower bound for the number of 3-circuits in a uniquely 3...
AbstractAn r-tuple coloring of a graph is one in which r colors are assigned to each point of the gr...
AbstractA graph is said to be uniquely list colorable, if it admits a list assignment which induces ...
In this paper, we shall present the concept of a uniquely n-colorable graph, and then introduce a cl...
Constructing the graphs with some specific properties is an important and interesting problem in the...
AbstractA labeled graph G with chromatic number n is called uniquely n-colorable or simply uniquely ...
AbstractIn this note, it is shown that the technique employed by Osterweil in producing uniquely 3-c...
AbstractA graph is called uniquely colorable if there is only one partition of its point set into th...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
For each vertex v of a graph G, if there exists a list of k colors, L(v), such that there is a uniqu...
AbstractWe show the following. (1) For each integer n⩾12, there exists a uniquely 3-colorable graph ...
The study of graph vertex colorability from an algebraic perspective has introduced novel techniques...
AbstractThe study of graph vertex colorability from an algebraic perspective has introduced novel te...
A graph G is uniquely k-colourable if the chromatic number of G is k and G has only one k-colouring ...
Abstract. For each integer we present a uniquely n-colorable graph with,3tn 12 n vertices, and their...
AbstractIn this paper it is proved that the lower bound for the number of 3-circuits in a uniquely 3...
AbstractAn r-tuple coloring of a graph is one in which r colors are assigned to each point of the gr...
AbstractA graph is said to be uniquely list colorable, if it admits a list assignment which induces ...