A Classical Introduction to Cryptography

Applications for Communications Security
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ISBN-13:
9780387254647
Einband:
HC runder Rücken kaschiert
Erscheinungsdatum:
16.09.2005
Seiten:
360
Autor:
Serge Vaudenay
Gewicht:
705 g
Format:
241x160x24 mm
Sprache:
Englisch
Beschreibung:

A Classical Introduction to Cryptography: Applications for Communications Security introduces fundamentals of information and communication security by providing appropriate mathematical concepts to prove or break the security of cryptographic schemes.This advanced-level textbook covers conventional cryptographic primitives and cryptanalysis of these primitives; basic algebra and number theory for cryptologists; public key cryptography and cryptanalysis of these schemes; and other cryptographic protocols, e.g. secret sharing, zero-knowledge proofs and undeniable signature schemes.A Classical Introduction to Cryptography: Applications for Communications Security is designed for upper-level undergraduate and graduate-level students in computer science. This book is also suitable for researchers and practitioners in industry. A separate exercise/solution booklet is available as well, please go to springeronline.com under author: Vaudenay for additional details on how to purchase this booklet.
This book introduces the fundamentals of information and communication security by providing appropriate mathematical concepts to prove or break the security of cryptographic schemes. It covers conventional cryptographic primitives and cryptanalysis of these primitives; basic algebra and number theory for cryptologists; public key cryptography and cryptanalysis of these schemes; and other cryptographic protocols, e.g. secret sharing, zero-knowledge proofs and undeniable signature schemes.
Preamble 1: Prehistory of Cryptography
1.1 Foundations of Conventional Cryptography
1.2 Roots of Modern Cryptography
1.3 The Shannon Theory of Secrecy
1.4 Exercises

2: Conventional Cryptography
2.1 The Data Encryption Standard (DES)
2.2 DES Modes of Operation
2.3 Multiple Encryption
2.4 An Application of DES: UNIX Passwords
2.5 Classical Cipher Skeletons
2.6 Other Block Cipher Examples
2.7 The Advanced Encryption Standard (AES)
2.8 Stream Ciphers
2.9 Brute Force Attacks
2.10 Exercises

3: Dedicated Conventional Cryptographic Primitives
3.1 Cryptographic Hashing
3.2 The Birthday Paradox
3.3 A Dedicated Attack on MD4
3.4 Message Authentication Codes
3.5 Cryptographic Pseudorandom Generators
3.6 Exercises
4: Conventional Security Analysis
4.1 Differential Cryptanalysis
4.2 Linear Cryptanalysis
4.3 Classical Security Strengthening
4.4 Modern Security Analysis
4.5 Exercises

5: Security Protocols with Conventional Cryptography
5.1 Password Access Control
5.2 Challenge-Response Protocols
5.3 One-Time Password
5.4 Key Distribution
5.5 Authentication Chains
5.6 Wireless Communication: Two Case Studies
5.7 Exercises 6: Algorithmic Algebra
6.1 Basic Group Theory
6.2 The Ring Zn
6.3 The Finite Field Zn
6.4 Finite Fields
6.5 Elliptic Curves over Finite Fields
6.6 Exercises
7: Algorithmic Number Theory
7.1 Primality
7.2 Factorization
7.3 Computing Orders in Groups
7.4 Discrete Logarithm
7.5 Exercises
8: Elements of Complexity Theory
8.1 Formal Computation
8.2 Ability Frontiers
8.3 Complexity Reduction
8.4 Exercises

9: Public-Key Cryptography
9.1 Diffie-Hellman
9.2 Experiment with NP-Completeness
9.3 Rivest-Shamir-Adleman (RSA)
9.4 ElGamal Encryption
9.5 Exercises

10: Digital Signature
10.1 Digital Signature Schemes
10.2 RSA Signature
10.3 ElGamal Signature Family
10.4 Toward Provable Security for Digital Signatures
10.5 Exercises

11: Cryptographic Protocols
11.1 Zero-Knowledge
11.2 Secret Sharing
11 3 Special Purpose Digital Signatures
11.4 Other Protocols
11.5 Exercises
12: From Cryptography to Communication Security
12.1 Certificates
12.2 SSH: Secure Shell
12.3 SSL: Secure Socket Layer
12.4 PGP: Pretty Good Privacy
12.5 Exercises

Further Readings
Bibliography
Index

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