Mean Cordial Labeling in Graph Representations of Human Anatomy and Circulatory Systems

Let h be the map from W(Ω) to {0,1,2}. For each edge zw, apply the label \left\lceil\frac{h\left(z\right)+h(w)}{2}\right\rceil. h is considered a mean cordial labelling if |zh(m)-zh(n)| ≤1 and |fh(m)- fh(n)|≤ 1, where m, n ∊{0, 1, 2}, z(y) and f(y) denote the count of nodes and arcs, respectively, labeled with y (y=0,1,2). In this study, we investigate the notion of mean cordial labeling in the three-dimensional portrayal of the human body, as well as in graphical depictions of blood circulation in the heart and the circulatory systems of the human heart and kidney.

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Publication Details

Journal
Communications on Applied Nonlinear Analysis
Published
2024-08-23
DOI
https://doi.org/10.52783/cana.v31.1324
Primary Topic
Digital Image Processing Techniques
Type
article
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article

Mean Cordial Labeling in Graph Representations of Human Anatomy and Circulatory Systems

A. Anto Cathrin Aanisha
Communications on Applied Nonlinear Analysis
Digital Image Processing Techniques
article

Mean Cordial Labeling in Graph Representations of Human Anatomy and Circulatory Systems

A. Anto Cathrin Aanisha
article en

Abstract

Let h be the map from W(Ω) to {0,1,2}. For each edge zw, apply the label \left\lceil\frac{h\left(z\right)+h(w)}{2}\right\rceil. h is considered a mean cordial labelling if |zh(m)-zh(n)| ≤1 and |fh(m)- fh(n)|≤ 1, where m, n ∊{0, 1, 2}, z(y) and f(y) denote the count of nodes and arcs, respectively, labeled with y (y=0,1,2). In this study, we investigate the notion of mean cordial labeling in the three-dimensional portrayal of the human body, as well as in graphical depictions of blood circulation in the heart and the circulatory systems of the human heart and kidney.

Communications on Applied Nonlinear AnalysisVol. 31(7s)
Openalex Percentile: Top 86%
Digital Image Processing Techniques
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Mean Cordial Labeling in Graph Representations of Human Anatomy and Circulatory Systems — A. Anto Cathrin Aanisha · Communications on Applied Nonlinear Analysis (2024) | TGRS Research Map | TGRS