Graph theory, a branch of mathematics, explores relationships among entities using vertices
and edges. To address the uncertainties inherent in real-world networks, Uncertain Graph …

Plithogenic based decision making approaches are more versatile and accommodative with
regard to attribute handling This paper introduces the concepts of Plithogenic Forest …

This article presents a pioneering mathematical model, fuzzy bipolar hypersoft (FBHS) sets,
which combines the bipolarity of parameters with the fuzziness of data. Motivated by the …

M-parametrized N-soft set (MPNSS), an extension of N-soft set (N-SS) theory, is instrumental
in addressing the challenges of assigning non-binary evaluations to both alternatives and …

In this paper, we deal with the plithogenic crisp hypersoft set. This notion is more adaptable
than the hypersoft set and more suited to challenges involving decision-making …

This paper introduces N-bipolar hypersoft (N-BHS) sets, a versatile extension of bipolar
hypersoft (BHS) sets designed to effectively manage evaluations encompassing both binary …

This paper investigates N-bipolar hypersoft topology (N-BHST), a novel extension of both
the well-established N-hypersoft topology (N-HST) and hypersoft topology (HST). Deviating …

The aim of this paper is to give an interesting connection between two mathematical
approaches to vagueness: binary bipolar soft sets and binary bipolar soft topology. The …

Neutrosophic sets are an important field of topology that deals with inconsistent,
indeterminate, and uncertain circumstances in real life. Hypersoft sets have grown in …

Due to the numerous variables to take into account as well as the inherent ambiguity and
uncertainty, evaluating educational institutions can be difficult. The concept of a possibility …