Applied Cryptography Protocols Algorithms and Source Code in C 2nd edition by Bruce Schneier ISBN 0471117099 978-0471117094

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ISBN 10: 0471117099
ISBN 13: 978-0471117094
Author: Bruce Schneier

This new edition of the cryptography classic provides you with a comprehensive survey of modern cryptography. The book details how programmers and electronic communications professionals can use cryptography-the technique of enciphering and deciphering messages-to maintain the privacy of computer data. It describes dozens of cryptography algorithms, gives practical advice on how to implement them into cryptographic software, and shows how they can be used to solve security problems. Covering the latest developments in practical cryptographic techniques, this new edition shows programmers who design computer applications, networks, and storage systems how they can build security into their software and systems.

What’s new in the Second Edition?
* New information on the Clipper Chip, including ways to defeat the key escrow mechanism
* New encryption algorithms, including algorithms from the former Soviet Union and South Africa, and the RC4 stream cipher
* The latest protocols for digital signatures, authentication, secure elections, digital cash, and more
* More detailed information on key management and cryptographic implementations

Applied Cryptography: Protocols, Algorithms and Source Code in C 2nd Table of contents:

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Chapter 1: Introduction to Cryptography

1.1. What is Cryptography?
1.2. The Goals of Cryptography
1.3. History of Cryptography
1.4. Cryptographic Algorithms and Their Uses
1.5. The Need for Cryptographic Protocols
1.6. The Role of Cryptography in Security Systems
1.7. Basic Concepts and Terminology

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Chapter 2: Classical Cryptography

2.1. Classical Ciphers: Substitution and Transposition
2.2. The Caesar Cipher
2.3. The Vigenère Cipher
2.4. The Enigma Machine
2.5. Cryptanalysis of Classical Ciphers
2.6. The History of Classical Cryptography
2.7. Cryptographic Attacks on Classical Systems

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Chapter 3: Symmetric-Key Encryption

3.1. Block Ciphers
3.2. The Data Encryption Standard (DES)
3.3. The Advanced Encryption Standard (AES)
3.4. Modes of Operation: ECB, CBC, CFB, OFB, CTR
3.5. Key Generation and Management
3.6. Linear and Differential Cryptanalysis
3.7. The Security of Block Ciphers
3.8. Stream Ciphers
3.9. The RC4 Algorithm

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Chapter 4: Public-Key Cryptography

4.1. Introduction to Public-Key Cryptography
4.2. The RSA Algorithm
4.3. Key Exchange Protocols: Diffie-Hellman
4.4. The ElGamal Algorithm
4.5. Digital Signatures and Authentication
4.6. Public-Key Infrastructure (PKI)
4.7. Security Considerations in Public-Key Cryptography
4.8. Cryptanalysis of RSA and Public-Key Systems

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Chapter 5: Cryptographic Hash Functions

5.1. What is a Hash Function?
5.2. Properties of Cryptographic Hash Functions
5.3. The MD5 Hash Function
5.4. The SHA Family: SHA-1, SHA-2, and SHA-3
5.5. Collision Resistance and Preimage Resistance
5.6. Applications of Hash Functions
5.7. Attacks on Hash Functions
5.8. Message Authentication Codes (MACs)
5.9. HMAC and Other MAC Algorithms

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Chapter 6: Key Exchange and Public-Key Infrastructure

6.1. Diffie-Hellman Key Exchange
6.2. RSA Key Exchange
6.3. The Concept of Digital Certificates
6.4. Certificate Authorities (CAs)
6.5. The X.509 Standard
6.6. Public-Key Infrastructure (PKI)
6.7. Securing Internet Communications with SSL/TLS
6.8. Hybrid Cryptosystems

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Chapter 7: Digital Signatures and Authentication

7.1. Digital Signatures Overview
7.2. RSA Digital Signatures
7.3. The DSA (Digital Signature Algorithm)
7.4. ECDSA (Elliptic Curve Digital Signature Algorithm)
7.5. Public-Key Authentication Protocols
7.6. Digital Signature Schemes: Applications and Limitations
7.7. Digital Certificates and Trust Models

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Chapter 8: Cryptographic Protocols

8.1. Secure Socket Layer (SSL) and Transport Layer Security (TLS)
8.2. IPSec and Virtual Private Networks (VPNs)
8.3. Kerberos Authentication Protocol
8.4. Pretty Good Privacy (PGP)
8.5. Secure Email and Encryption Standards
8.6. Electronic Cash and Digital Payments
8.7. Electronic Voting Systems

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Chapter 9: Random Numbers and Pseudorandom Number Generation

9.1. Importance of Random Numbers in Cryptography
9.2. True Random Number Generation
9.3. Pseudorandom Number Generators (PRNGs)
9.4. Cryptographically Secure PRNGs
9.5. Randomness Testing
9.6. The Role of Entropy in Cryptography

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Chapter 10: Cryptographic Implementation

10.1. Implementing Cryptographic Algorithms in C
10.2. The DES Algorithm: C Code Example
10.3. The AES Algorithm: C Code Example
10.4. RSA Implementation in C
10.5. Optimizations and Efficiency in Cryptographic Code
10.6. Secure Coding Practices
10.7. Attacks on Cryptographic Implementations
10.8. The Role of Open Source Cryptography Libraries

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Chapter 11: Attacks on Cryptographic Systems

11.1. Types of Cryptanalytic Attacks
11.2. Brute-Force Attacks
11.3. Cryptanalysis of Block Ciphers
11.4. Differential Cryptanalysis
11.5. Linear Cryptanalysis
11.6. Side-Channel Attacks
11.7. Timing Attacks
11.8. Known Plaintext and Chosen Ciphertext Attacks
11.9. Padding Oracle Attacks

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Chapter 12: Advanced Topics

12.1. Elliptic Curve Cryptography (ECC)
12.2. Homomorphic Encryption
12.3. Quantum Cryptography
12.4. Post-Quantum Cryptography
12.5. Zero-Knowledge Proofs
12.6. Secure Multi-Party Computation
12.7. Cryptographic Applications in Blockchain

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Appendices

A. Source Code Listings
B. Cryptographic Algorithm Pseudocode
C. References
D. Glossary
E. Index

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