A study on n-HyperSpherical Neutrosophic matrices

The n-HyperSpherical Neutrosophic matrices (n-HSNMs), an extension of the Spherical Neutrosophic matrices, are proposed in this study. We investigate the basic properties of n-HSNMs and compare the idea n-HSNMs with spherical fuzzy matrices. Then, it looks at the characteristics of specific mathemat...

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Main Authors: V. Muthukumaran, M. Sathish Kumar, I. Silambarasan, R. Udhayakumar, Said Broumi
Format: Article
Language:English
Published: University of New Mexico 2023-05-01
Series:Neutrosophic Sets and Systems
Subjects:
Online Access:http://fs.unm.edu/NSS/HyperSphericalNeutrosophic21.pdf
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author V. Muthukumaran
M. Sathish Kumar
I. Silambarasan
R. Udhayakumar
Said Broumi
author_facet V. Muthukumaran
M. Sathish Kumar
I. Silambarasan
R. Udhayakumar
Said Broumi
author_sort V. Muthukumaran
collection DOAJ
description The n-HyperSpherical Neutrosophic matrices (n-HSNMs), an extension of the Spherical Neutrosophic matrices, are proposed in this study. We investigate the basic properties of n-HSNMs and compare the idea n-HSNMs with spherical fuzzy matrices. Then, it looks at the characteristics of specific mathematical operations, like max-min, algebraic product, min-max, algebraic sum, and complement. Additionally, scalar multiplication (nS) and exponentiation (Sn )operations of an n-HSNM S are created and their advantageous properties are illustrated using algebraic operations. Then, we present a new operation (@) on n-HyperSpherical Neutrosophic matrices and look at the distributional rules that result from combining the operations (⊕, ⊗, ∧, and ∨).
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spelling doaj.art-7afd08ff658445b092db74271502f5d22023-05-17T13:51:46ZengUniversity of New MexicoNeutrosophic Sets and Systems2331-60552331-608X2023-05-015534435710.5281/zenodo.7832765A study on n-HyperSpherical Neutrosophic matricesV. MuthukumaranM. Sathish KumarI. SilambarasanR. UdhayakumarSaid BroumiThe n-HyperSpherical Neutrosophic matrices (n-HSNMs), an extension of the Spherical Neutrosophic matrices, are proposed in this study. We investigate the basic properties of n-HSNMs and compare the idea n-HSNMs with spherical fuzzy matrices. Then, it looks at the characteristics of specific mathematical operations, like max-min, algebraic product, min-max, algebraic sum, and complement. Additionally, scalar multiplication (nS) and exponentiation (Sn )operations of an n-HSNM S are created and their advantageous properties are illustrated using algebraic operations. Then, we present a new operation (@) on n-HyperSpherical Neutrosophic matrices and look at the distributional rules that result from combining the operations (⊕, ⊗, ∧, and ∨).http://fs.unm.edu/NSS/HyperSphericalNeutrosophic21.pdfneutrosophic setsspherical fuzzy matrixn-hyperspherical neutrosophic matrixalgebraic sum
spellingShingle V. Muthukumaran
M. Sathish Kumar
I. Silambarasan
R. Udhayakumar
Said Broumi
A study on n-HyperSpherical Neutrosophic matrices
Neutrosophic Sets and Systems
neutrosophic sets
spherical fuzzy matrix
n-hyperspherical neutrosophic matrix
algebraic sum
title A study on n-HyperSpherical Neutrosophic matrices
title_full A study on n-HyperSpherical Neutrosophic matrices
title_fullStr A study on n-HyperSpherical Neutrosophic matrices
title_full_unstemmed A study on n-HyperSpherical Neutrosophic matrices
title_short A study on n-HyperSpherical Neutrosophic matrices
title_sort study on n hyperspherical neutrosophic matrices
topic neutrosophic sets
spherical fuzzy matrix
n-hyperspherical neutrosophic matrix
algebraic sum
url http://fs.unm.edu/NSS/HyperSphericalNeutrosophic21.pdf
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