Contents in Brief
by Bruce Schneier
Applied Cryptography: Protocols, Algorithms, and Source Code in C, Second Edition
- Cover Page
- Title Page
- Copyright
- Contents in Brief
- Contents
- Foreword
- Preface
- About the Author
- CHAPTER 1: Foundations
- PART I: CRYPTOGRAPHIC PROTOCOLS
- CHAPTER 2: Protocol Building Blocks
- CHAPTER 3: Basic Protocols
- CHAPTER 4: Intermediate Protocols
- 4.1 TIMESTAMPING SERVICES
- 4.2 SUBUMINAL CHANNEL
- 4.3 UNDENIABLE DIGITAL SIGNATURES
- 4.4 DESIGNATED CONFIRMER SIGNATURES
- 4.5 PROXY SIGNATURES
- 4.6 GROUP SIGNATURES
- 4.7 FAIL-STOP DIGITAL SIGNATURES
- 4.8 COMPUTING WITH ENCRYPTED DATA
- 4.9 BIT COMMITMENT
- 4.10 FAIR COIN FLIPS
- 4.11 MENTAL POKER
- 4.12 ONE-WAY ACCUMULATORS
- 4.13 ALL-OR-NOTHING DISCLOSURE OF SECRETS
- 4.14 KEY ESCROW
- CHAPTER 5: Advanced Protocols
- CHAPTER 6: Esoteric Protocols
- PART II: CRYPTOGRAPHIC TECHNIQUES
- CHAPTER 7: Key Length
- CHAPTER 8: Key Management
- CHAPTER 9: Algorithm Types and Modes
- 9.1 ELECTRONIC CODEBOOK MODE
- 9.2 BLOCK REPLAY
- 9.3 CIPHER BLOCK CHAINING MODE
- 9.4 STREAM CIPHERS
- 9.5 SELF-SYNCHRONIZING STREAM CIPHERS
- 9.6 CIPHER-FEEDBACK MODE
- 9.7 SYNCHRONOUS STREAM CIPHERS
- 9.8 OUTPUT-FEEDBACK MODE
- 9.9 COUNTER MODE
- 9.10 OTHER BLOCK-CIPHER MODES
- 9.11 CHOOSING A CIPHER MODE
- 9.12 INTERLEAVING
- 9.13 BLOCK CIPHERS VERSUS STREAM CIPHERS
- CHAPTER 10: Using Algorithms
- 10.1 CHOOSING AN ALGORITHM
- 10.2 PUBLIC-KEY CRYPTOGRAPHY VERSUS SYMMETRIC CRYPTOGRAPHY
- 10.3 ENCRYPTING COMMUNICATIONS CHANNELS
- 10.4 ENCRYPTING DATA FOR STORAGE
- 10.5 HARDWARE ENCRYPTION VERSUS SOFTWARE ENCRYPTION
- 10.6 COMPRESSION, ENCODING, AND ENCRYPTION
- 10.7 DETECTING ENCRYPTION
- 10.8 HIDING CIPHERTEXT IN CIPHERTEXT
- 10.9 DESTROYING INFORMATION
- PART III: CRYPTOGRAPHIC ALGORITHMS
- CHAPTER 11: Mathematical Background
- CHAPTER 12: Data Encryption Standard (DES)
- CHAPTER 13: Other Block Ciphers
- CHAPTER 14: Still Other Block Ciphers
- CHAPTER 15: Combining Block Ciphers
- CHAPTER 16: Pseudo-Random-Sequence Generators and Stream Ciphers
- CHAPTER 17: Other Stream Ciphers and Real Random-Sequence Generators
- 17.1 RC4
- 17.2 SEAL
- 17.3 WAKE
- 17.4 FEEDBACK WITH CARRY SHIFT REGISTERS
- 17.5 STREAM CIPHERS USING FCSRS
- 17.6 NONLINEAR-FEEDBACK SHIFT REGISTERS
- 17.7 OTHER STREAM CIPHERS
- 17.8 SYSTEM-THEORETIC APPROACH TO STREAM-CIPHER DESIGN
- 17.9 COMPLEXITY-THEORETIC APPROACH TO STREAM-CIPHER DESIGN
- 17.10 OTHER APPROACHES TO STREAM-CIPHER DESIGN
- 17.11 CASCADING MULTIPLE STREAM CIPHERS
- 17.12 CHOOSING A STREAM CIPHER
- 17.13 GENERATING MULTIPLE STREAMS FROM A SINGLE PSEUDO-RANDOM-SEQUENCE GENERATOR
- 17.14 REAL RANDOM-SEQUENCE GENERATORS
- CHAPTER 18: One-Way Hash Functions
- 18.1 BACKGROUND
- 18.2 SNEFRU
- 18.3 N-HASH
- 18.4 MD4
- 18.5 MD5
- 18.6 MD2
- 18.7 SECURE HASH ALGORITHM (SHA)
- 18.8 RIPE-MD
- 18.9 HAVAL
- 18.10 OTHER ONE-WAY HASH FUNCTIONS
- 18.11 ONE-WAY HASH FUNCTIONS USING SYMMETRIC BLOCK ALGORITHMS
- 18.12 USING PUBLIC-KEY ALGORITHMS
- 18.13 CHOOSING A ONE-WAY HASH FUNCTION
- 18.14 MESSAGE AUTHENTICATION CODES
- CHAPTER 19: Public-Key Algorithms
- CHAPTER 20: Public-Key Digital Signature Algorithms
- CHAPTER 21: Identification Schemes
- CHAPTER 22: Key-Exchange Algorithms
- CHAPTER 23: Special Algorithms for Protocols
- 23.1 MULTIPLE-KEY PUBLIC-KEY CRYPTOGRAPHY
- 23.2 SECRET-SHARING ALGORITHMS
- 23.3 SUBLIMINAL CHANNEL
- 23.4 UNDENIABLE DIGITAL SIGNATURES
- 23.5 DESIGNATED CONFIRMER SIGNATURES
- 23.6 COMPUTING WITH ENCRYPTED DATA
- 23.7 FAIR COIN FLIPS
- 23.8 ONE-WAY ACCUMULATORS
- 23.9 ALL-OR-NOTHING DISCLOSURE OF SECRETS
- 23.10 FAIR AND FAILSAFE CRYPTOSYSTEMS
- 23.11 ZERO-KNOWLEDGE PROOFS OF KNOWLEDGE
- 23.12 BLIND SIGNATURES
- 23.13 OBLIVIOUS TRANSFER
- 23.14 SECURE MULTIPARTY COMPUTATION
- 23.15 PROBABILISTIC ENCRYPTION
- 23.16 QUANTUM CRYPTOGRAPHY
- PART IV: THE REAL WORLD
- CHAPTER 24: Example Implementations
- 24.1 IBM SECRET-KEY MANAGEMENT PROTOCOL
- 24.2 MITRENET
- 24.3 ISDN
- 24.4 STU-III
- 24.5 KERBEROS
- 24.6 KRYPTOKNIGHT
- 24.7 SESAME
- 24.8 IBM COMMON CRYPTOGRAPHIC ARCHITECTURE
- 24.9 ISO AUTHENTICATION FRAMEWORK
- 24.10 PRIVACY-ENHANCED MAIL (PEM)
- 24.11 MESSAGE SECURITY PROTOCOL (MSP)
- 24.12 PRETTY GOOD PRIVACY (PGP)
- 24.13 SMART CARDS
- 24.14 PUBLIC-KEY CRYPTOGRAPHY STANDARDS (PKCS)
- 24.15 UNIVERSAL ELECTRONIC PAYMENT SYSTEM (UEPS)
- 24.16 CLIPPER
- 24.17 CAPSTONE
- 24.18 AT&T MODEL 3600 TELEPHONE SECURITY DEVICE (TSD)
- CHAPTER 25: Politics
- 25.1 NATIONAL SECURITY AGENCY (NSA)
- 25.2 NATIONAL COMPUTER SECURITY CENTER (NCSC)
- 25.3 NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY (NIST)
- 25.4 RSA DATA SECURITY, INC.
- 25.5 PUBLIC KEY PARTNERS
- 25.6 INTERNATIONAL ASSOCIATION FOR CRYPTOLOGIC RESEARCH (IACR)
- 25.7 RACE INTEGRITY PRIMITIVES EVALUATION (RIPE)
- 25.8 CONDITIONAL ACCESS FOR EUROPE (CAFE)
- 25.9 ISO/IEC 9979
- 25.10 PROFESSIONAL, CIVIL LIBERTIES, AND INDUSTRY GROUPS
- 25.11 SCI.CRYPT
- 25.12 CYPHERPUNKS
- 25.13 PATENTS
- 25.14 U.S. EXPORT RULES
- 25.15 FOREIGN IMPORT AND EXPORT OF CRYPTOGRAPHY
- 25.16 LEGAL ISSUES
- Afterword by Matt Blaze
- CHAPTER 24: Example Implementations
- PART V: SOURCE CODE
- References
- Index
Contents in Brief
Part I Cryptographic Protocols
Part II Cryptographic Techniques
Part III Cryptographic Algorithms
12 Data Encryption Standard (DES)
16 Pseudo-Random-Sequence Generators and Stream Ciphers
17 Other Stream Ciphers and Real Random-Sequence Generators
20 Public-Key Digital Signature Algorithms
-
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