CRYPTOGRAPHIC ALGORITHMS ACCELERATION THROUGH MATHEMATICAL MODELING

Abstract

Cryptographic algorithms play a critical role in ensuring secure communication and data protection. However, the computational overhead associated with these algorithms can hinder their performance, especially in resource-constrained environments. This paper explores the application of mathematical modeling to enhance the efficiency of cryptographic algorithms. By leveraging techniques such as linear algebra, number theory, and optimization, we propose methods to accelerate cryptographic operations while maintaining their security properties.