[PDF][PDF] Edge irregular reflexive labeling of prisms and wheels
Australas. J. Comb, 2017•ajc.maths.uq.edu.au
For a graph G we define a k-labeling ρ such that the edges of G are labeled with integers {1,
2,..., ke} and the vertices of G are labeled with even integers {0, 2,..., 2kv}, where k= max {ke,
2kv}. The labeling ρ is called an edge irregular reflexive k-labeling if distinct edges have
distinct weights, where the edge weight is defined as the sum of the label of that edge and
the labels of its ends. The smallest k for which such a labeling exists is called the reflexive
edge strength of G. In this paper we give exact values for the reflexive edge strength for …
2,..., ke} and the vertices of G are labeled with even integers {0, 2,..., 2kv}, where k= max {ke,
2kv}. The labeling ρ is called an edge irregular reflexive k-labeling if distinct edges have
distinct weights, where the edge weight is defined as the sum of the label of that edge and
the labels of its ends. The smallest k for which such a labeling exists is called the reflexive
edge strength of G. In this paper we give exact values for the reflexive edge strength for …
Abstract
For a graph G we define a k-labeling ρ such that the edges of G are labeled with integers {1, 2,..., ke} and the vertices of G are labeled with even integers {0, 2,..., 2kv}, where k= max {ke, 2kv}. The labeling ρ is called an edge irregular reflexive k-labeling if distinct edges have distinct weights, where the edge weight is defined as the sum of the label of that edge and the labels of its ends. The smallest k for which such a labeling exists is called the reflexive edge strength of G. In this paper we give exact values for the reflexive edge strength for prisms, wheels, baskets and fans.
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