Certain findings on the gamma graph of some graphs

Suppose every vertex v ???? V in graph G is either an element of subset S or is close to an element of subset S. In that case, subset S is said to be a dominant set of the vertex set V. If a set S is a γ-set. Its minimal cardinality is equal to the dominance number γ(G) of G. Any two vertices in a graph G are considered neighboring if their γ-sets vary by precisely one vertex. The gamma graph of G is denoted as γ · G, and its γ-sets serve as vertices in the graph. We discuss the gamma graph of path, cycle, ladder, and star graphs in the middle of the paper and look at a number of results pertaining to the gamma graph of pan and lollipop graphs.

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Publication Details

Journal
THE SCIENTIFIC TEMPER
Published
2024-12-04
DOI
https://doi.org/10.58414/scientifictemper.2024.15.spl-2.03
Primary Topic
Graph theory and applications
Type
article
Field-Weighted Citation Impact
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article

Certain findings on the gamma graph of some graphs

Krupali Bhatt, Tushharkumar Bhatt
THE SCIENTIFIC TEMPER
Graph theory and applications
article

Certain findings on the gamma graph of some graphs

Krupali Bhatt, Tushharkumar Bhatt
article en

Abstract

Suppose every vertex v ???? V in graph G is either an element of subset S or is close to an element of subset S. In that case, subset S is said to be a dominant set of the vertex set V. If a set S is a γ-set. Its minimal cardinality is equal to the dominance number γ(G) of G. Any two vertices in a graph G are considered neighboring if their γ-sets vary by precisely one vertex. The gamma graph of G is denoted as γ · G, and its γ-sets serve as vertices in the graph. We discuss the gamma graph of path, cycle, ladder, and star graphs in the middle of the paper and look at a number of results pertaining to the gamma graph of pan and lollipop graphs.

THE SCIENTIFIC TEMPERVol. 15(spl-2)
Atmiya University (IN)
Openalex Percentile: Top 62%
Graph theory and applications
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