The join of null graph Om and complete graph Kn, denoted by S(m; n), is called a complete split graph. In this paper, we characterize unique list colorability of the graph G = S(m; n). We shall prove that G is uniquely 3-list colorable graph if and only if m>=4, n>=4 and m + n>=10, m(G)>=4 for every 1<=m<=5 and n>=6.The join of null graph Om and complete graph Kn, denoted by S(m; n), is called a complete split graph. In this paper, we characterize unique list colorability of the graph G = S(m; n). We shall prove that G is uniquely 3-list colorable graph if and only if m>=4, n>=4 and m + n>=10, m(G)>=4 for every 1<=m<=5 and n>=6
AbstractA labeled graph G with chromatic number n is called uniquely n-colorable or simply uniquely ...
AbstractThe Lick-White point-partition numbers generalize the chromatic number and the point-arboric...
AbstractWe show the following. (1) For each integer n⩾12, there exists a uniquely 3-colorable graph ...
The join of null graph Om and complete graph Kn, denoted by S(m; n), is called a complete split grap...
Given a list L(v) for each vertex v, we say that the graph G is L-colorable if there is a proper ver...
AbstractGiven a list L(v) for each vertex v, we say that the graph G is L-colorable if there is a pr...
For each vertex v of a graph G, if there exists a list of k colors, L(v), such that there is a uniqu...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
A graph is called a split graph if there exists a partition so that the subgraphs of induced by and ...
AbstractA graph is said to be uniquely list colorable, if it admits a list assignment which induces ...
a graph G is called x-uniquely colorable, if all its x-colorings induce the same partion of the vert...
The split-coloring problem is a generalized vertex coloring problem where we partition the vertices...
AbstractIn this paper we introduce a chromatic parameter, called the fixing chromatic number, which ...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
AbstractLet G be a graph with n vertices and m edges and assume that f:V(G)→N is a function with ∑v∈...
AbstractA labeled graph G with chromatic number n is called uniquely n-colorable or simply uniquely ...
AbstractThe Lick-White point-partition numbers generalize the chromatic number and the point-arboric...
AbstractWe show the following. (1) For each integer n⩾12, there exists a uniquely 3-colorable graph ...
The join of null graph Om and complete graph Kn, denoted by S(m; n), is called a complete split grap...
Given a list L(v) for each vertex v, we say that the graph G is L-colorable if there is a proper ver...
AbstractGiven a list L(v) for each vertex v, we say that the graph G is L-colorable if there is a pr...
For each vertex v of a graph G, if there exists a list of k colors, L(v), such that there is a uniqu...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
A graph is called a split graph if there exists a partition so that the subgraphs of induced by and ...
AbstractA graph is said to be uniquely list colorable, if it admits a list assignment which induces ...
a graph G is called x-uniquely colorable, if all its x-colorings induce the same partion of the vert...
The split-coloring problem is a generalized vertex coloring problem where we partition the vertices...
AbstractIn this paper we introduce a chromatic parameter, called the fixing chromatic number, which ...
A graph is called uniquely k-colorable if there is only one partition of its vertex set into k color...
AbstractLet G be a graph with n vertices and m edges and assume that f:V(G)→N is a function with ∑v∈...
AbstractA labeled graph G with chromatic number n is called uniquely n-colorable or simply uniquely ...
AbstractThe Lick-White point-partition numbers generalize the chromatic number and the point-arboric...
AbstractWe show the following. (1) For each integer n⩾12, there exists a uniquely 3-colorable graph ...