Implementation of Neutrosophic Bipolar Pentagonal Fuzzy Set on Multi-Criteria Decision-Making Scenario

Abstract

Several others have already discussed various types of new techniques in multi-criteria decision-making problems. De-fuzzification, De-eutrophication, and De-Bipolarisation all of these are new approaches that have been established. But this work depicts the concept and features of the Neutrosophic Bipolar Pentagonal Fuzzy number. The relationships and products of the picture fuzzy set, as well as their associated results, are investigated. The different kinds of neutrosophic single-typed bipolar pentagonal numbers (nbpnum) were also discussed. A multi-criteria choice is also done in a triangular Bipolar Neutrosophic Fuzzy Set to identify the ideal output depending on several attributes. A multi-criteria choice is also done in a triangular Bipolar Neutrosophic Fuzzy Set to identify the ideal output depending on several attributes.

On SIR-based MCDM approach: Selecting a charcoal firm using hybrid fuzzy number on a Triple Vague structure

“…Users could judiciously configure attribute file settings with the aid of privacy scores and attribute weight. P.Hemavathi et al, [4] investigated the idea and, most importantly, the characteristics of the bipolar pentagonal fuzzy neutrosophic number. It also discusses the relationship between the picture fuzzy set and various types of neutrosophic single-headed bipolar pentagonal fuzzy numbers.…”

“…Incorporating unfavorable qualities, also referred to as inferiority rankings, allows for a more thorough assessment of available options. This study presents an unusual MCDM approach for superiority and inferiority ranking that includes an [2] -fuzzy set, [3] a hesitant fuzzy set, and [4] a negative -fuzzy set. These additions to conventional fuzzy sets make it possible to describe uncertainty in decision-making in a more versatile and sophisticated way.…”