DATA ENCRYPTION THROUGH BOOLEAN VALUED INFORMATION SYSTEM USING DATA AGGREGATES AND GENETIC ALGORITHM (ENCRYPT BISGA)

Abstract

Boolean valued information systems (BIS) illustrates an advanced structure grounded in soft set theory, devoted to handling the complexities of decision-making considering uncertainty. The application of genetic algorithms (GA), commonly referred to as BISGA in academic research, is significant in reconstructing BIS from its aggregates. This paper represents an innovative exploration of BISGA in the realm of data encryption, presenting a novel approach for securing English words. The suggested approach leverages the advantages of BISGA for the encryption and decryption of data, ensuring both confidentiality and integrity. This article presents a comprehensive assessment of the BISGA-based encryption technique, supplemented by a thorough illustration and initial findings. We demonstrate the essential algorithms of the technique, detailing the procedures for the encryption and decryption of English words. The innovative application of BISGA in data encryption demonstrates its potential as a robust and efficient security framework. Moreover, this research contributes to the existing body of knowledge by exploring the feasibility of BISGA in data encryption, paving the way for future investigations into its applications in various domains. The findings of this study will produce considerable implications for the advancement of secure data transmission systems.