The sum cordial labeling is a variant of cordial labeling. In this paper, we investigate 3-Total Super Sum Cordial labeling. This labeling is discussed by applying union operation on some of the graphs. A vertex labeling is assigned as a whole number within the range. For each edge of the graph, assign the label, according to some definite rule, defined for the investigated labeling. Any graph which satisfies 3-Total Super Sum Cordial labeling is known as the 3-Total Super Sum Cordial graphs. Here, we prove that some of the graphs like the union of Cycle and Path graphs, the union of Cycle and Complete Bipartite graph and the union of Path and Complete Bipartite graph satisfy the investigated labeling and hence are called the 3-Total Super ...
Ranks and subdegrees can be computed using combinatorial arguments, the Cauchy-Frobenius lemma and u...
Let G be an undirected, connected, and simple graph with edges set E(G)and vertex set V(G). An edge ...
A graph that has odd harmonious labeling properties is called an odd harmonious graph. The purpose o...
This article exposes the combinatorial formula that determines the pathdomination number in a grid g...
Let be a graph with and are the set of its vertices and edges, respectively. Total...
In this paper we establish some common coupled fixed point theorems for two pair of occasionally wea...
In this paper, we first define the Neutrosophic tree using the concept of the strong cycle. We then ...
A set is detour monophonic convexif The detour monophonic convexity number is denoted by is the c...
Let be a graph with vertices and edges. Let andbe the vertex set and edge set of respectively. A ...
Systo and Topp introduced the notions of generalized line, middle and total graphs and they studied ...
We prove some common fixed point theorems for two pairs of weakly compatible mappings satisfying a r...
A graph labeling is an assignment of integers to the vertices or edges or both subject to certain co...
A graph with n vertex and m edges is said to be cubic graceful labeling if its vertices are labeled ...
This paper deals with the total irregularity strength of complete bipartite graph where ...
For a connected graph ???? = (????, ????) of order a set is called a monophonic set of ????if every...
Ranks and subdegrees can be computed using combinatorial arguments, the Cauchy-Frobenius lemma and u...
Let G be an undirected, connected, and simple graph with edges set E(G)and vertex set V(G). An edge ...
A graph that has odd harmonious labeling properties is called an odd harmonious graph. The purpose o...
This article exposes the combinatorial formula that determines the pathdomination number in a grid g...
Let be a graph with and are the set of its vertices and edges, respectively. Total...
In this paper we establish some common coupled fixed point theorems for two pair of occasionally wea...
In this paper, we first define the Neutrosophic tree using the concept of the strong cycle. We then ...
A set is detour monophonic convexif The detour monophonic convexity number is denoted by is the c...
Let be a graph with vertices and edges. Let andbe the vertex set and edge set of respectively. A ...
Systo and Topp introduced the notions of generalized line, middle and total graphs and they studied ...
We prove some common fixed point theorems for two pairs of weakly compatible mappings satisfying a r...
A graph labeling is an assignment of integers to the vertices or edges or both subject to certain co...
A graph with n vertex and m edges is said to be cubic graceful labeling if its vertices are labeled ...
This paper deals with the total irregularity strength of complete bipartite graph where ...
For a connected graph ???? = (????, ????) of order a set is called a monophonic set of ????if every...
Ranks and subdegrees can be computed using combinatorial arguments, the Cauchy-Frobenius lemma and u...
Let G be an undirected, connected, and simple graph with edges set E(G)and vertex set V(G). An edge ...
A graph that has odd harmonious labeling properties is called an odd harmonious graph. The purpose o...