Cryptography In The Information Society

This textbook offers a clear introduction to cryptography, making complex concepts accessible through secondary school mathematics. Cryptography In The Information Society is an essential resource.

In Cryptography In The Information Society, readers are introduced to the essential techniques and features of modern cryptography, all presented through the lens of secondary school mathematics. This approach ensures that individuals without a strong mathematical background can grasp the fundamental concepts of cryptography. The book covers a wide range of topics, including block ciphers, stream ciphers, and public key encryption, making it a comprehensive guide for those interested in the field.

The author delves into various cryptographic protocols, digital signatures, and the intriguing realm of elliptic curve cryptography. The text also explores theoretical security principles, blockchain technology, and the complexities of cryptocurrencies. Additionally, it addresses important issues related to random number generation and the art of steganography, providing a well-rounded perspective on contemporary cryptographic practices.

Each chapter of Cryptography In The Information Society includes mathematically proven key results, ensuring that readers not only learn the concepts but also understand the underlying principles. Detailed descriptions of methods facilitate computational implementation, making the book a valuable resource for both students and practitioners. To reinforce learning, exercises are provided throughout, encouraging readers to apply what they have learned and deepen their understanding of cryptography's role in today's information society.