Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces

A relatively new development in fuzzy set theory, Fermatean fuzzy sets (FFSs) were developed for working with higher-level, uncertain data. They provide an even more robust structure for characterizing degree of membership and degree of non-membership, extending on the notions of Pythagorean fuzzy s...

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Main Authors: Revathy Aruchsamy, Inthumathi Velusamy
Format: Article
Language:English
Published: University of New Mexico 2024-11-01
Series:Neutrosophic Sets and Systems
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Online Access:https://fs.unm.edu/NSS/18Aruchsamy_Fermatean.pdf
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author Revathy Aruchsamy
Inthumathi Velusamy
author_facet Revathy Aruchsamy
Inthumathi Velusamy
author_sort Revathy Aruchsamy
collection DOAJ
description A relatively new development in fuzzy set theory, Fermatean fuzzy sets (FFSs) were developed for working with higher-level, uncertain data. They provide an even more robust structure for characterizing degree of membership and degree of non-membership, extending on the notions of Pythagorean fuzzy sets (PFSs) and Intuitionistic fuzzy sets (IFSs). There are multiple fields of mathematics and applications that depend extensively on topological generalization of open sets. Topological spaces can be described and analyzed with the aid of homeomorphisms, which provide an empirical way to identify whether two spaces are identical in a topological sense with respect to their essential features. In this study we introduce and investigate the concept of FF α-irresolute, FF α open and clossed mapping, FF α-homeomorphism and, FF α∗-homeomorphism.
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series Neutrosophic Sets and Systems
spelling doaj-art-f64b8a2925e04edca6884bebf40d19fb2025-08-22T12:33:45ZengUniversity of New MexicoNeutrosophic Sets and Systems2331-60552331-608X2024-11-017319120510.5281/zenodo.13989177Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological SpacesRevathy AruchsamyInthumathi VelusamyA relatively new development in fuzzy set theory, Fermatean fuzzy sets (FFSs) were developed for working with higher-level, uncertain data. They provide an even more robust structure for characterizing degree of membership and degree of non-membership, extending on the notions of Pythagorean fuzzy sets (PFSs) and Intuitionistic fuzzy sets (IFSs). There are multiple fields of mathematics and applications that depend extensively on topological generalization of open sets. Topological spaces can be described and analyzed with the aid of homeomorphisms, which provide an empirical way to identify whether two spaces are identical in a topological sense with respect to their essential features. In this study we introduce and investigate the concept of FF α-irresolute, FF α open and clossed mapping, FF α-homeomorphism and, FF α∗-homeomorphism.https://fs.unm.edu/NSS/18Aruchsamy_Fermatean.pdfff α-open setsff α-contiunityff α-irresoluteff α-homeomorphismff α∗- homeomorphism
spellingShingle Revathy Aruchsamy
Inthumathi Velusamy
Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
Neutrosophic Sets and Systems
ff α-open sets
ff α-contiunity
ff α-irresolute
ff α-homeomorphism
ff α∗- homeomorphism
title Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
title_full Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
title_fullStr Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
title_full_unstemmed Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
title_short Fermatean Fuzzy α-Homeomorphism in Fermatean Fuzzy Topological Spaces
title_sort fermatean fuzzy α homeomorphism in fermatean fuzzy topological spaces
topic ff α-open sets
ff α-contiunity
ff α-irresolute
ff α-homeomorphism
ff α∗- homeomorphism
url https://fs.unm.edu/NSS/18Aruchsamy_Fermatean.pdf
work_keys_str_mv AT revathyaruchsamy fermateanfuzzyahomeomorphisminfermateanfuzzytopologicalspaces
AT inthumathivelusamy fermateanfuzzyahomeomorphisminfermateanfuzzytopologicalspaces