On A Novel Security Scheme for The Encryption and Decryption Of 2×2 Fuzzy Matrices with Rational Entries Based on The Algebra of Neutrosophic Integers and El-Gamal Crypto-System

The main goal behind mathematical cryptography is to keep messages and multimedia messages secret at a time when modern means of communication have spread and become very diverse. Fuzzy matrices as strong tools which was defined to deal with incomplete and uncertain data and many relationships in re...

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Vydané v:Neutrosophic sets and systems Ročník 54; s. 19 - 32
Hlavní autori: Mohammad Abobala, Ali Allouf
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: University of New Mexico 01.05.2023
Predmet:
el-gamal crypto-system
fuzzy graph
fuzzy matrix
fuzzy relation
neutrosophic integer
ISSN:2331-6055, 2331-608X
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Shrnutí:The main goal behind mathematical cryptography is to keep messages and multimedia messages secret at a time when modern means of communication have spread and become very diverse. Fuzzy matrices as strong tools which was defined to deal with incomplete and uncertain data and many relationships in real life problems especially those which are related to images and graphs, may considered as important subjects for secret information and communication. The aim of this research paper is to present a new model and method for encrypting 2×2 fuzzy matrices using the basic concepts in neutrosophic number theory and El Gamal algorithm in cryptography, where we generalize El Gamal algorithm to become applicable to the ring of neutrosophic integer numbers that represents the studied fuzzy matrices. On the other hand, we study the applications of the novel algorithm to the encryption and decryption of some fuzzy relations represented in terms of fuzzy functions. 20 Mohammad Abobala, Ali Allouf, On A Novel Security Scheme for The Encryption and Decryption Of 2×2 Fuzzy Matrices with Rational Entries Based on The Algebra of Neutrosophic Integers and El-Gamal Crypto-System In addition, we illustrate many examples to clarify the validity of the new algorithm.
ISSN:2331-6055
2331-608X
DOI:10.5281/zenodo.7814503