عنوان المقالة:خوارزمية التشفير وفك التشفير النيوتروسوفيكية لنظام ترميز ASCII Neutrosophic Encoding and Decoding Algorithm for ASCII Code System

أ.د. أحمد سلامة | Prof. Dr. Ahmed Salama | 10583

---

Publication Type

ScientificArticle

Arabic Authors

أحمد سلامة و أخرون

English Authors

Salama, A.A. , Tarek, Z. , Darwish, E.Y. , Elseuofi, S. , Shams, M.Y

Abstract

This paper addresses the challenge of encoding and decoding numerical data by introducing innovative algorithms utilizing Neutrosophic ASCII codes and ASCII Neutrosophic codes. These codes serve to represent uncertain or imprecise character values through the incorporation of neutrosophic numbers, encompassing degrees of truth, falsity, and indeterminacy. Motivation: The study stems from the necessity to effectively represent uncertain or imprecise character values in numerical data. This is crucial in diverse applications where handling uncertain or ambiguous data is a prevalent concern. Hypothesis: We hypothesize that employing Neutrosophic ASCII codes and ASCII Neutrosophic codes in encoding and decoding numerical data can provide a robust solution for representing uncertain or imprecise character values. Methods: The encoding algorithm in this study transforms each character in the ASCII string into its corresponding ASCII code, utilizing either 7 or 8 bits based on the code type. This algorithm calculates the degree of truth, falsity, and indeterminacy for each bit, considering the uncertainty or ambiguity associated with the character. The resulting neutrosophic numbers are appended to create the Neutrosophic ASCII code or ASCII Neutrosophic code. The decoding algorithm partitions the code into groups of neutrosophic numbers, calculates the associated degrees of truth, falsity, and indeterminacy for each ASCII bit, and converts the neutrosophic numbers back to ASCII codes, reconstructing the original ASCII character string. Results: Our study yields a novel and effective approach for encoding and decoding numerical data, demonstrating the potential of Neutrosophic ASCII codes and ASCII Neutrosophic codes in representing uncertain or imprecise character values. Conclusions: The proposed algorithms offer a promising solution for handling uncertain or ambiguous data in numerical encoding and decoding. The specific and quantitative results highlight the efficacy of Neutrosophic ASCII codes and ASCII Neutrosophic codes, showcasing their potential applicability in various domains requiring robust solutions for uncertain or imprecise character representation in numerical data. © (2023) All Rights Reserved.

Publication Date

3/1/2024

Publisher

Neutrosophic Sets and Systems

Volume No

63

Issue No

ISSN/ISBN

2331-6055

DOI

https://zenodo.org/records/10531771

Pages

105 - 129

External Link

https://www.scopus.com/record/display.uri?eid=2-s2.0-85184209901&origin=resultslist

Keywords

ASCII Neutrosophic codes; Neutrosophic ASCII Code system; neutrosophic Systems; uncertain values