A Graduate Course in

Applied Cryptography

By   Dan Boneh   and   Victor Shoup

(latest version, Jan. 2020)

Table of contents at a glance

Part I: Secret key cryptography

• 1: Introduction
  
• 2: Encryption
  
• 3: Stream ciphers
  
• 4: Block ciphers
  
• 5: Chosen plaintext attacks
  
• 6: Message integrity
  
• 7: Message integrity from universal hashing
  
• 8: Message integrity from collision resistant hashing
  
• 9: Authenticated encryption
  

Part II: Public key cryptography

• 10: Public key tools
  
• 11: Public key encryption
  
• 12: Chosen ciphertext secure public-key encryption
  
• 13: Digital signatures
  
• 14: Fast signatures from one-way functions
  
• 15: Elliptic curve cryptography and pairings
  
• 16: Post-quantum cryptography: lattices and isogenies
  
• 17: Analysis of number theoretic assumptions
  

Part III: Protocols

• 18: Protocols for identification and login
  
• 19: Identification and signatures from sigma protocols
  
• 20: Proving properties in zero-knowledge
  
• 21: Modern proof systems
  
• 22: Authenticated key exchange
  
• 23: Two-party and multi-party secure computation
  

Appendices

• A: Basic number theory
  
• B: Basic probability theory
  
• C: Basic complexity theory
  
• D: Probabilistic algorithms