1. CSCI284 Spring 2004 GWU http://www.seas.gwu.edu/~poorvi/Classes/CS284/
Introduction
CSCI284 Spring 2004
GWU

2. What we hope to learn
Algorithms that form the basis of classical and modern cryptography – their strengths and weaknesses
The mathematical principles behind the strengths and weaknesses
Mathematical exposition: i.e. writing clearly and unequivocally why something is true
Programming for cryptography
5/25/2019
CS284/Spring04/GWU/Vora

3. Student Evaluations Course grades will be based on
HWs (75%)
Project (25%)
You may collaborate on HW solution, but not on the writing of the HW. If two HWs are found to be substantially similar, both students could be held liable for academic integrity violations
HWs are due by the end of the day, Wed., nine days after they are assigned, by to the instructor:
You may lose marks for disruptive behaviour in class.
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CS284/Spring04/GWU/Vora

4. What we will not learn Operating system and program security
Network security
Viruses and firewalls
Advanced methods for breaking cryptographic primitives
Hardware implementation of crypto
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CS284/Spring04/GWU/Vora

5. Texts and References
The required test is listed on the website, and will be used to assign homework from:
Douglas Stinson, "Cryptography: Theory and Practice", Second Edition, 2002
Other references will be used, most will be provided in electronic or paper form.
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CS284/Spring04/GWU/Vora

6. Contacting the instructor
Office: 706, Philips Hall, Academic Centre
Office Hours: Mon, Wed: 3-5 pm.
5/25/2019
CS284/Spring04/GWU/Vora