Solving Edges Deletion Problem of Generalized Petersen Graphs
DOI:
https://doi.org/10.31642/JoKMC/2018/110102%20Keywords:
Edges deletion problem, Graph theory, Generalized Petersen graph, Altered graph, DiameterAbstract
The dependability and effectiveness of a network can be investigated using a variety of graph-theoretic techniques, and the network's connectivity determines how reliable it is. Diameter in a network is often used to measure the efficiency of a network in the event that a network experiences issues such as a decline in the communication signal or a breakdown in the communication between its components. This paper examines the increase in diameter of the generalized Petersen graph after removing a certain number of edges. Finding the exact values of f(n,t) that represent the maximum diameter of an altered generalized Petersen graph GP(n,k,t) obtained after removing edges from for k=1 and t≥2.
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