edge-magic total labeling, or it is ∞ if there exists no such n. In this paper, we study the super edge-magic deficiency of a forest consisting of stars.
The super edge-magic deficiency of a graph G, denoted by μs(G), is either the minimum nonnegative integer n such that G ∪ nK1 is super edge-magic or +∞ if there ...
The super edge-magic deficiency of a graph G, denoted by μs(G), is either the minimum nonnegative integer n such that G ∪ nK1 is super edge-magic or +∞ if there ...
Dec 19, 2019 · In this paper, we study the super edge-magic deficiency of forests where its components are subdivided stars or paths. REFERENCES. 1. A.A..
Missing: forest. | Show results with:forest.
We study the super edge-magic deficiencies of a forest consisting of at most three components. In particular, we determine the super edge-magic deficiency of a ...
On the super edge-magic deficiency of a star forest · A. Q. Baig, E. Baskoro, A. Semaničová-Feňovčíková · Published in Ars Comb. 2014 · Biology, Environmental ...
The super edge-magic deficiency of a graph G, denoted by μ s ( G ) , is either the minimum nonnegative integer n such that G ∪ n K 1 is super edge-magic or +∞ ...
People also ask
What is super edge magic labeling?
... star super edge-magic deficiency of the forest nP2 where P2 is a path of length 2. Theorem 2.3. The star super edge-magic deficiency of the forest nP2 is.
Dec 9, 2020 · In this paper, we investigate the (consecutively) super edge-magic deficiency of subdivision of double stars. We show that, some of them have zero ( ...
In this paper we study the super edge-magic total labeling and deficiency of forests comprising of combs, 2-sided generalized combs and bistar. The evidence ...