Write (4-6) pages about Linear-Feedback Shitf-Registers (LFSRs) and their applications in cryptography.
Send the report to 
before 24-02-2011.
Students: BSc in Computer Engineering, BSc in MIS, BSc in Computer Communications Eng
Course Code: CIS326
Reference:
Cryptography and Network Security, 4th Ed., William Stallings, Prentice Hall, ISBN 978-0-13-187316-2e
Lectures:
1. Lecture 1 Course Description
2. Lecture 2 Introduction
3. Lecture 3 Classical Encryption Techniques
4. Lecture 4 Block Ciphers
5. Lecture 5 Data Encryption Standard
6. Lecture 6 Block Cipher Design Principles
7. Lecture 7 Encryption Examples
Introduction to Number Theory (By Lawrie Brown).
8. Lecture 8 Assymetric Public Key Cryptography
9. Lecture 9 RSA
10. Lecture 10 Public-Key Cryptography Examples
Students: MSc in CIS
Course Code: GCIS521
References:
1. Internet Security 2003
Man Young Rhee
ISBN 0-470-85285-2
2. Cryptography and Network Security
William Stallings, Prentice Hall
ISBN 978-0-13-187316-2e
Course Resources:
1. Lecture 1 Course Description
2. Lecture 2 Review of Networking Principles
3. Lecture 3 Block Cipher Principles
4. Lecture 4 Data Encryption Standard
5. Lecture 5 Hash Functions, MDs, and MACs
Introduction to Numbers Theory (by Lawrie Brown)
6. Lecture 6 Assymetric Public-Key Cryptosystems
7. Lecture 7 RSA
8. Lecture 8 Network Layer Security (Part one)
9. Lecture 9 Network Layer Security (Part two)
10. Lecture 10 Network Traffic Filtering.
