Introduction to Cryptography: Principles and Applications (3rd Edition) – eBook

Description

**Book Description:**
Dive into the intricate world of cryptography with the enhanced and comprehensive ebook, **Introduction to Cryptography: Principles and Applications 3rd Edition** (PDF). This esteemed volume caters to both undergraduate and graduate students, presenting the foundational concepts of cryptography in an engaging manner.

In the **first part**, readers will explore essential cryptographic elements, including but not limited to digital signatures, encryption methods, and crucial cryptographic protocols. The book adeptly demonstrates key techniques utilized in various applications such as secure key exchanges, electronic elections, user authentication, and digital currency transactions.

The **second part** delves deeper into advanced topics like the bit security of one-way functions and the mechanics behind computationally perfect pseudorandom bit generators. Security remains a focal point throughout the text, with numerous examples of provably secure encryption schemes and signature algorithms, accompanied by their rigorous security proofs. The authors ensure that the necessary mathematical foundations are well-articulated, making the content accessible even to those who lack a strong mathematical background. For those seeking additional support, an appendix provides a detailed overview of relevant number theory, algebra, and probability concepts. Each chapter concludes with a set of engaging exercises to reinforce learning.

Enhancements in the **3rd Edition** include an expanded section dedicated to cryptographic hash functions, a thorough exposition on the Advanced Encryption Standard (AES), and newly incorporated sections that cover random oracle proofs and robust public-key encryption schemes designed to withstand adaptively-chosen-ciphertext attacks. The latest edition presents further substantial expansions, introducing essential new topics such as Paillier encryption, elliptic curve cryptography, the groundbreaking SHA-3 standard for hash functions, quantum cryptography, an extensively detailed section on electronic elections and Internet voting, as well as insights into mix nets and zero-knowledge proofs of shuffles.

This ebook is ideal for graduate and undergraduate scholars specializing in mathematics, computer science, and engineering, offering relevant knowledge for both academic and professional pursuits.

Reviews of Introduction to Cryptography: Principles and Applications (3rd Edition) – Information Security and Cryptography

“Delfs and Knebl in this book focus on the mathematical aspects of cryptography. … this book is best suited for a graduate course in mathematics. … recommend this book for readers with strong mathematical backgrounds who are interested in the foundations of the field.”
— Burkhard Englert, Computing Reviews, March, 2016

“This is a thorough introductory textbook on cryptography from an engineering viewpoint. It provides a good overview of the whole subject, including secret-key (‘symmetric’) and public-key methods, hash functions, and signing. There’s a ninty-page appendix that summarizes the mathematics needed (mostly number theory, with some probability and abstract algebra). The book is well-written and easy to follow.”
— Allen Stenger, MAA Reviews, maa.org, April, 2016

“The ebook has several new inclusions over its previous editions including the SHA-3 algorithm for hashing and ElGamal encryption. … The authors also include a textual context for each of the ciphers and hashing algorithms with both historical significance and potential application, which makes this an excellent reference book for researchers, graduate-level learners, and professionals. Overall, this work … offers an excellent view of the current state of cryptography. … Summing Up: Highly recommended. Researchers/faculty, Graduate students, and professionals/practitioners.”
— T. D. Richardson, Choice, Vol. 53 (11), July, 2016

*ISBN: 978-3-319-50040-7; 978-3-540-48354-8; 978-3-7908-0618-5*
Unlock the secrets of cryptography today with this indispensable reference that bridges theoretical foundations and practical applications.