Topics include Ancient ciphers, modern stream and block ciphers, DES, AES, Public Key Encryption & Key Management. The course also covers related mathematics in number theory and group theory.
- This course has no prerequisites.
- Courses that have similar/overlapping topics include Service Oriented Computing and Number Theory
| Title | Author(s) | Edition |
|---|---|---|
| Cryptography & Network Security | Behrooz Forouzan | 1st (2007) |
| Applied Cryptography: Protocols, Algorithms & Source Code in C | Bruce Schneier | 2nd (1995) |
| Handbook of Applied Cryptography | Menezes, Oorschot & Vanstone | 1st (1996) |
| Cryptography and Network Security: Principles & Practice | William Stallings | 7th (2017) |
| Cryptography: Theory & Practice | Rosen & Stinson | 3rd (2006) |
| IT Security: Computer Networks Top Down Approach | Kurose & Ross | 6th (2012) |
| Network Security Overview | Kurose & Ross | - |
- Cryptography I, Stanford University
- Cryptography Lecture Series, Christof Paar
- Journey Into Cryptography, Khan Academy
- Cryptography by Abhishek Sharma (Includes theorems - Hindi)