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Abstract

Bacteria play a vital role in helping with digestion and protecting against harmful infections. However, the Gram-negative bacteria in Tongue will have some disadvantages in the human body. These can be diagnosed by employing the fractal concept. Bacteria's irregular shape and Complex nature can be quantified using fractal dimensions that exhibit self-similarity at different scales. The fractal measurement procedure deliberates the dissimilarity and surface complexity of the tongue-inclusive spot on the tongue. An image of the tongue is analyzed by the HarFa Fractal Method. The Sobel improved Box counting Method is employed to enumerate the outgrowth of Bacteria in Tongue. Lacunarity is to examine the interlude present in the tongue. The escalating lacunarity value implies an extreme degree of heterogeneity. It undergoes a professional design of proportions that contain opinions about a dimension of how an entity tops up capacity. Additionally, an elevated crash on the skin deepens , the growth of spots that enfold the tongue via numerous configurations, hence modifying the common tongue to a malformation. To scrutinize the affected area in the tongue and estimate its measurement, employ the arithmetical process of rescue measures along with increasing the nature of the diagnosis.

Keywords

Bacteria, Fractals, HarFa analysis, Lacunarity, Tongue Diagnosis.

Subject Area

Mathematics

Article Type

Article

First Page

2375

Last Page

2385

Creative Commons License

Creative Commons Attribution 4.0 International License
This work is licensed under a Creative Commons Attribution 4.0 International License.

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