AVERAGE DEGREE D^d DISTANCE ENERGY OF GRAPHS
Deva saroja.M1, Vinisha. V2
1Assistant Professor, 2Research Scholar (Register Number: 23111172092002),
PG and Research Department of Mathematics,
Rani Anna Government College for Women,
Affliated to Manonmaniam Sundaranar University, Abishekapatti,Tirunelveli – 627 012, India.
ABSTRACT: For two vertices v_j and v_k of a graph G, the usual distance D_jk, is the length of the shortest path between vertices v_j and v_k.In this paper, we introduce a new concept named Average Degree D^d Distance energy by considering the average degrees of various vertices presented in the path, in addition to the length of the path for j≠k and zero otherwise. Also, we compute the Average Degree D^d Distance energy of some standard graphs.
KEYWORDS: Average Degree D^d Distance, Average Degree D^d Distance matrix, Average Degree D^d Distance energy, Cocktail party graph, Crown graph, Friendship graph.
2020 Mathematics Subject Classification: 05C50, 05C12.