Volume & Issue
Vol. Volume 8 / Iss. Volume 8 - Table of Contents
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Pre Separation Axioms In Neutrosophic Crisp Topological Spaces
In this paper, A new type of separation axioms in the neutrosophic crisp Topological space named neutrosophic crisp pre separation axioms is going to be defined , in which neutrosophic crisp pre open set and neutrosophic crisp point are to be depended on. Also, relations among them and the other type are going to be found.
groups
link
https://doi.org/10.54216/IJNS.080201
Volume & Issue
Vol. Volume 8 / Iss. Issue 2
A short remark on Bong Han duct system (PVS) as a Neutrosophic bridge between Eastern and Western Medicine paradigms
In a previous paper in this journal (IJNS), it is mentioned about a possible approach of “curemony” as a middle way in order to reconcile Eastern and Western’s paradigms of medicine [1]. Although it is known in literature that there are some attempts to reconcile between Eastern and Western medicine paradigms, known as “integrative medicine,” here a new viewpoint is submitted, i.e. Bong Han duct system (PVS), which is a proof of Meridian system, can be a bridge between those two medicine paradigms in neutrosophic sense. This can be considered as a Neutrosophic Logic way to bridge or reconcile the age-old debates over the Western and Eastern approach to medicine. It is also hoped that there will be further research in this direction, especially to clarify the distinction between Pasteur’s germ theory and Bechamp’s microzyma theory. More research is obviously recommended. Motivation of this paper: to prove that Neutrosophic Logic offers a reconciliation towards better dialogue between Western and Eastern medicine systems. Novelty aspect: it is discussed here how Bong Han Duct system offers a proven and observable way to Meridian system, which in turn it can be a good start to begin meaningful dialogue between Western and Eastern systems.
groups
link
https://doi.org/10.54216/IJNS.080202
Volume & Issue
Vol. Volume 8 / Iss. Issue 2
Online Analytical Processing Operations via Neutrosophic Systems
In this paper, a neutrosophic fuzzy data warehouse modelling approach is presented to support the neutrosophic analysis of the publishing house for books which allows integration of neutrosophic concept in dimensions and facts without affecting the core of a crisp data warehouse. Also we describe a method is presented which includes guidelines that can be used to convert a crisp data warehouse into a neutrosophic fuzzy domain. Finally we have presented an OLAP system that implements a neutrosophic multidimensional model to represent imprecision using neutrosophic concept in hierarchies and facts and achieving knowledge discovery from imperfect data. The use of neutrosophic structures and the definition of the OLAP operations (roll-up, drill-down, slice, and dice) enable the model to manage the imprecision of data and hide the complexity of the model and provide the user with a more understandable result.
groups
link
https://doi.org/10.54216/IJNS.080203
Volume & Issue
Vol. Volume 8 / Iss. Issue 2
NEUTRO-BCK-ALGEBRA
This paper introduces the novel concept of Neutro-BCK-algebra. In Neutro-BCK-algebra, the outcome of any given two elements under an underlying operation (neutro-sophication procedure) has three cases, such as: appurtenance, non-appurtenance, or indeterminate. While for an axiom: equal, non-equal, or indeterminate. This study investigates the Neutro-BCK algebra and shows that Neutro-BCK-algebra are different from BCKalgebra. The notation of Neutro-BCK-algebra generates a new concept of NeutroPoset and Neutro-Hassdiagram for NeutroPosets. Finally, we consider an instance of applications of the Neutro-BCK-algebra.
groups
link
https://doi.org/10.54216/IJNS.080204
Volume & Issue
Vol. Volume 8 / Iss. Issue 2
A Note on Neutrosophic Submodule of an R-module M
The paper focuses on the applications of neutrosophic set theory in the domain of classical algebraic structures, especially R-module. This study discusses some algebraic operations of neutrosophic sets of an R-moduleM, induced by the operations in M and demonstrates certain properties of the neutrosophic submodules of an R-module. The ideas of R module’s non-empty arbitrary family of neutrosophic submodules are characterized, and related outcomes are proved. The last section of this paper also derives a necessary and sufficient condition for a neutrosophic set of an R-module M.
groups
link
https://doi.org/10.54216/IJNS.080205
Volume & Issue
Vol. Volume 8 / Iss. Issue 2
A Lightweight Privacy Preserving Keyword Search Over Encrypted Data in Cloud Computing
With the emerging development of cloud computing services, data owners outsource their documents to Cloud Service Providers (CSP) which could lead to threats related to security and privacy. Hence, protecting the privacy of user data and providing queries privacy becomes one of the main concerns of the data owner. One of the solutions for providing privacy and confidentiality of the outsourced data is encrypting it before sending it to the cloud. Although this solution satisfies data confidentiality and prevents the CSP from reading or modifying the data without the data owner's permission, it prevents the data owner to search the outsourced documents directly. Symmetric encryption algorithms e.g. AES have a searching limitation, in which the whole encrypted document needs to be retrieved from the CSP and then decrypt before performing the search procedure. To overcome this limitation, a lot of keyword-based search approaches have been done. These approaches allow users to retrieve just those documents contain special keywords. However, most of these approaches suffer from privacy and security problems and are based on high overhead asymmetric encryption algorithms. This paper proposes a privacy-preserving keyword search scheme for searching over encrypted data. To avoids the high computational cost of asymmetric encryption, the proposed scheme employs symmetric encryption and Bloom filter. Experimental results demonstrate that the proposed searchable encryption algorithm is secure and lightweight, and it has the ability to perform a keyword search over encrypted data without decrypting them.
groups
link
https://doi.org/10.54216/JCIM.030201
Volume & Issue
Vol. Volume 3 / Iss. Issue 2
Decision support modeling for agriculture land selection Based on sine trigonometric single valued neutrosophic information
A single valued neutrosophic set (SVNS) is powerful mathematical model to analyze multi-attribute data. The SVNS have appeared as a useful tool to portray uncertainty in multi attribute decision-making. In this article, we develop hybrid averaging and hybrid geometric aggregation operator using sine trigonometric function to handle uncertainty in single valued neutrosophic information, which are, sine trigonometric-single valued neutrosophic hybrid weighted averaging (ST-SVNHWA) operator and , sine trigonometric-single valued neutrosophic hybrid weighted geometric (ST-SVNHWG) operator. We investigate properties, namely, idempotancy, monotonicity and boundedness for the proposed operators. Moreover, we give an algorithm to solve multi-criteria decision-making issues which involve SVN information with ST-SVNHWA and ST-SVNHWG operators. Finally, an illustrative example of agricultural land selection is provided to verify the effectiveness. Sensitivity and comparative analyses are also implemented to assess the stability and validity of our method.
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Volume & Issue
Decision support modeling for agriculture land selection Based on sine trigonometric single valued neutrosophic information
A single valued neutrosophic set (SVNS) is powerful mathematical model to analyze multi-attribute data. The SVNS have appeared as a useful tool to portray uncertainty in multi attribute decision-making. In this article, we develop hybrid averaging and hybrid geometric aggregation operator using sine trigonometric function to handle uncertainty in single valued neutrosophic information, which are, sine trigonometric-single valued neutrosophic hybrid weighted averaging (ST-SVNHWA) operator and , sine trigonometric-single valued neutrosophic hybrid weighted geometric (ST-SVNHWG) operator. We investigate properties, namely, idempotancy, monotonicity and boundedness for the proposed operators. Moreover, we give an algorithm to solve multi-criteria decision-making issues which involve SVN information with ST-SVNHWA and ST-SVNHWG operators. Finally, an illustrative example of agricultural land selection is provided to verify the effectiveness. Sensitivity and comparative analyses are also implemented to assess the stability and validity of our method.
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link
Volume & Issue
Homomorphism and Isomorphism in strong neutrosophic graphs
The concept of strong neutrosophic graph is developed with example and some of their properties are investigated in this paper. Some definitions, homomorphism, isomorphism theorems and propositions in strong neutrosophic graphs are established. Basic operations (like union, intersection etc.,) and complement of strong neutrosophic graphs are also derived here.
groups
link
https://doi.org/10.54216/IJNS.000101
Volume & Issue
Vol. Volume 0 - 2019 / Iss. Issue I - Vol 0