Journal Article

·2022 OPEN ACCESS

Perfect Fuzzy Soft Tripartite Graphs and Their Complements

K. Kalaiarasi , L. Mahalakshmi , Nasreen Kausar YTU , Sajida Kousar , Parameshwari Kattel

Discrete Dynamics in Nature and Society

Abstract

Fuzzy soft graphs are efficient numerical tools for simulating the uncertainty of the real world. A fuzzy soft graph is a perfect fusion of the fuzzy soft set and the graph model that is widely used in a variety of fields. This paper discusses a few unique notions of perfect fuzzy soft tripartite graphs (PFSTG), as well as the concepts of complement of perfect fuzzy soft tripartite graphs (CPFSTGs). Because soft sets are most useful in real‐world applications, the newly developed concepts of perfect soft tripartite fuzzy graphs will lead to many theoretical applications by adding extra fuzziness in analysing. We look at some of their properties and come up with a few results that are related to these concepts. Furthermore, we investigated some fundamental theorems and illustrated an application of size of perfect fuzzy soft tripartite graphs in employee selection for an institution using the perfect fuzzy soft tripartite graph.

Keywords

Fuzzy logic Computer science Mathematics Soft set Complement (music) Theoretical computer science Artificial intelligence Complementation

Subject Areas

Fuzzy and Soft Set Theory ·Management Science and Operations Research ·Social Sciences
Multi-Criteria Decision Making ·Management Science and Operations Research ·Social Sciences