Topological Properties of Sierpinski Gasket Rhombus Graphs

Xavier, D. Antony; Rosary, Maria Singaraj; Arokiaraj, Andrew

doi:10.26708/ijmsc.2014.2.4.10

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2021

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Cited by 2 publications

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“…In the V-Phenylenic Nano sheet, m indicates the number of hexagons in every column and n indicates the number of hexagons in every row (20) . The Sirpinski gasket graph (S n ), n ≥ 1, is obtained from S( n, 3) by contracting all the edges of S( n, 3) that lie in no triangle (21) .…”

Section: Basic Preliminariesmentioning

confidence: 99%

Fuzzy Radio Reciprocal L-Labeling on Certain Chemical Graphs

Bharathi¹,

Vinoth²

2021

IJST

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Objectives:The objective of this study is to reduce the interference of the signals between Wi-Fi devices where the fuzzy values of the frequencies are from the closed interval [0,1]. Method: A new methodology is introduced to reduce the interference of the signals between Wi-Fi devices that is fuzzy radio reciprocal L-labeling. Findings: Here the general formula of fuzzy radio reciprocal L-labeling has been newly introduced to apply this concept in chemical graphs. Further results and discussions are also proved in this connection using the fuzzy chemical graph structure, where the distance and the frequencies between the routers of Wi-Fi connections are assigned fuzzy weights based on fuzzy radio reciprocal L-labeling, so that interference can be reduced and the signal strength is optimized.

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Section: Basic Preliminariesmentioning

confidence: 99%