Lectures

20 January: Lecture 1: Introduction (Notes)

25 January: Lecture 2: Entropy (Notes)

1 February: Lecture 4: Enigma (Notes)

3 February: Lecture 5: Finishing Enigma, Projects, Modern Symmetric Ciphers

8 February: Lecture 6: Striving for Confusion (DES)

10 February: Lecture 7: Use and Analysis of Block Ciphers

15 February: Lecture 8: Hashing

22 February: Lecture 9: Detecting Encrypted Viruses (Nate Paul)

24 February: Lecture 10: Modern Block Ciphers (AES)

15 March: Lecture 11: Key Distribution

17 March: Lecture 12: Non-secret Key Cryptosystems (How Euclid, Fermat and Euler Created E-Commerce)

22 March: Lecture 13: Security of RSA (Squeamish Ossifrage)

29 March: Lecture 14: Public-Key Infrastructure

12 April: Lecture 15: Notes on Computational Complexity

12 April: Lecture 16: Security through Complexity (Ana Nora Sovarel)

12 April: Lecture 17: Dating and Voting

14 April: Lecture 18: Money

19 April: Lecture 19: Authentication

21 April: Lecture 20: Malcode

23 April: Lecture 21: Countermeasures

28 April: Lecture 22: Photons and MD5 Collisions (Isabelle Stanton, Chalermpong Worawannotai)

University of Virginia Department of Computer Science CS 588: Cryptology - Principles and Applications

cs588–staff@cs.virginia.edu