Introduction ti Cryptography

Preface Overview of Cryptography Introduction Goals of Cryptography Classification of Cryptosystem Practically Useful Cryptosystem Cryptanalysis Basic Algebra Group Ring Field Exercise Number Theory Introduction Prime Numbers Cardinality of Primes Extended Euclidean Algorithm Primality Testing Factorization and Algorithms for it Congruences Quadratic Congruence Exponentiation and Logarithm Discrete Logarithm Problem and Algorithms for it Exercise Probability and Perfect Secrecy Basic Concept of Probability Birthday Paradox Perfect Secrecy Vernam One Time Pad Random Number Generation Pseudo-random Number Generator Exercise Complexity Theory Running Time and Size of Input Big-O Notation Types of algorithm Complexity Classes Exercise Classical Cryptosystems Classification of Classical Cryptosystem Block Cipher Stream Cipher Cryptanalysis of Cryptosystems Exercise Block Ciphers Introduction Modes of Operation Padding Design Considerations Data Encryption Standard Advanced Encryption Standard Exercise Hash Function Compression and Hash Functions Hash function for cryptography Random Oracle Model Cryptographic Hash Functions Exercise Public Key Cryptosystem Introduction Diffie-Hellman Key Exchange Protocol RSA Cryptosystem Rabin Cryptosystem ElGamal Cryptosystem Elliptic Curve Cryptosystem Exercises Digital Signature Formal Definitions Attack Goals for Digital Signature Digital Signature in Practice Some Popular Digital Signatures Exercises Research Directions in Cryptography Pairing-Based Cryptography Zero-knowledge Proof System Authenticated Group Key Exchange Attribute-Based Cryptography Homomorphic Encryption Secure Multi-party Computation Secret Sharing Post-Quantum Cryptography Side-Channel Analysis References Index

9781138071537

1