Description
An Introduction to Mathematical Cryptography provides a mathematical foundation for understanding modern cryptographic systems and their underlying principles. The book introduces fundamental concepts in number theory, probability, algorithms, and computational complexity before developing their applications to cryptography. It covers topics such as classical and public-key cryptography, RSA, discrete logarithms, elliptic curves, digital signatures, cryptographic protocols, and the mathematical foundations of cryptographic security. The material combines theoretical explanations with computational examples and exercises, helping readers connect abstract mathematical concepts with practical cryptographic applications. It is a useful resource for students studying mathematics, computer science, cryptography, and related areas of information security.
