The non-commuting graph Γ(G) of a non-abelian group G is defined as follows. The vertex set V(Γ(G)) of ℾ(G) is G \ Z(G) where Z(G) denotes the center of G and two vertices x and y are adjacent if and only if xy ≠ yx. We prove that the rainbow k-connectivity of Γ(G) is equal to ⌈k/2⌉ + 2, for 3 ≤ k ≤ |Z(G)|.</p
The non-commuting graph $nabla(G)$ of a non-abelian group $G$ is defined as follows: its vertex set ...
AbstractLet G = (V(G), E(G)) be a nontrivial, finite, and connected graph. Define a k-coloring c : E...
Let H be a subgroup of a finite non-abelian group G and g∈G. Let Z(H,G)={x∈H:xy=yx,∀y∈G}. We introdu...
AbstractThe non-commuting graph ΓG of a non-abelian group G is defined as follows. The vertex set of...
Abstract: Assume G is a non-abelian finite group. The non-commuting graph Γ G of G is defined as a g...
Given a class of finite groups, we consider the graph Σ(G) whose vertices are the elements of G and ...
AbstractLet G be any non-abelian group and Z(G) be its center. The non-commuting graph ΓG of G is th...
Let G be a metacyclic p-group and Z(G) be its center. The non-commuting graph ΓG of a metacyclic p-g...
Assume G is a non-abelian finite group. The non-commuting graph GG of G is defined as a graph with v...
For a non-abelian group G, the non-commuting graph Γ(G) has G−Z(G) as its vertex set and two vertice...
Abstract. Suppose n is a fixed positive integer. We introduce the relative n-th non-commuting graph ...
Given a non-abelian finite group $G$, let $pi(G)$ denote the set of prime divisors of the order of $...
Given a 2-generated finite group G, the non-generating graph of G has as vertices the elements of G ...
Let G be a finite group and T3(G) be the set of third power of commuting element in G i.e T3(G) = {...
Commuting graph is a graph that has a set of points X and two different vertices to be connected dir...
The non-commuting graph $nabla(G)$ of a non-abelian group $G$ is defined as follows: its vertex set ...
AbstractLet G = (V(G), E(G)) be a nontrivial, finite, and connected graph. Define a k-coloring c : E...
Let H be a subgroup of a finite non-abelian group G and g∈G. Let Z(H,G)={x∈H:xy=yx,∀y∈G}. We introdu...
AbstractThe non-commuting graph ΓG of a non-abelian group G is defined as follows. The vertex set of...
Abstract: Assume G is a non-abelian finite group. The non-commuting graph Γ G of G is defined as a g...
Given a class of finite groups, we consider the graph Σ(G) whose vertices are the elements of G and ...
AbstractLet G be any non-abelian group and Z(G) be its center. The non-commuting graph ΓG of G is th...
Let G be a metacyclic p-group and Z(G) be its center. The non-commuting graph ΓG of a metacyclic p-g...
Assume G is a non-abelian finite group. The non-commuting graph GG of G is defined as a graph with v...
For a non-abelian group G, the non-commuting graph Γ(G) has G−Z(G) as its vertex set and two vertice...
Abstract. Suppose n is a fixed positive integer. We introduce the relative n-th non-commuting graph ...
Given a non-abelian finite group $G$, let $pi(G)$ denote the set of prime divisors of the order of $...
Given a 2-generated finite group G, the non-generating graph of G has as vertices the elements of G ...
Let G be a finite group and T3(G) be the set of third power of commuting element in G i.e T3(G) = {...
Commuting graph is a graph that has a set of points X and two different vertices to be connected dir...
The non-commuting graph $nabla(G)$ of a non-abelian group $G$ is defined as follows: its vertex set ...
AbstractLet G = (V(G), E(G)) be a nontrivial, finite, and connected graph. Define a k-coloring c : E...
Let H be a subgroup of a finite non-abelian group G and g∈G. Let Z(H,G)={x∈H:xy=yx,∀y∈G}. We introdu...