2022
DOI: 10.1155/2022/1329653
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On Computing Techniques for Sombor Index of Some Graphs

Abstract: In all types of topological indicators, degree-based indicators play a major role in chemical graph theory. The topological index is a fixed numeric value associated with graph isomerism. Firstly, in 1972, the concept of degree-based index was developed by Gutman and Trinajstic. These degree-based indices are divided into two ways, namely, degree and connection number. These degree-based graph indices are positive-valued for non-regular graphs and zero for regular graphs. In this article, we discussed the degr… Show more

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Cited by 3 publications
(3 citation statements)
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“…In this part, we determine the ZC1,SO$$ Z{C}_1, SO $$ and SOred$$ S{O}_{red} $$ [11–13] in the bulky polymers β()CmHmy.$$ \beta {\left({C}_m{H}_m\right)}_y. $$ Let ()β()CmHm$$ \left(\beta \left({C}_m{H}_m\right)\right) $$ be the bulky polymers [16, 17] acquired by β()CmHmyprefix−1.$$ \beta {\left({C}_m{H}_m\right)}_{y-1}.…”
Section: Molecular Structure Of Bulky Polymersmentioning
confidence: 99%
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“…In this part, we determine the ZC1,SO$$ Z{C}_1, SO $$ and SOred$$ S{O}_{red} $$ [11–13] in the bulky polymers β()CmHmy.$$ \beta {\left({C}_m{H}_m\right)}_y. $$ Let ()β()CmHm$$ \left(\beta \left({C}_m{H}_m\right)\right) $$ be the bulky polymers [16, 17] acquired by β()CmHmyprefix−1.$$ \beta {\left({C}_m{H}_m\right)}_{y-1}.…”
Section: Molecular Structure Of Bulky Polymersmentioning
confidence: 99%
“…However, after that, researchers do not study them for a long time In this paper, we will calculate the connection number and degree based indicators like ZC1$$ Z{C}_1 $$, SO$$ SO $$, and SOred$$ S{O}_{red} $$. The ZC1$$ Z{C}_1 $$, SO$$ SO $$, and SOred$$ S{O}_{red} $$ [12, 13] are defined as: alignleftrightalign-oddZC1Galign-even=xVGτx2,rightalign-oddSO(G)align-even=ei,jE(G)deg(ui)2+deg(uj)2,rightalign-oddSOredGalign-even=ei,jE(G)degui12+de...…”
Section: Introductionmentioning
confidence: 99%
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