Planned Syllabus

#datetopicnotes
1.Thu, Sep 28Introduction; what is computer security 
 Fri, Sep 29Discussion: to be arranged 
2.Tue, Oct 3Robust programming 
3. Thu, Oct 5 Robust programming, security in programming  
  Fri, Oct 6 Discussion: to be arranged  
4. Tue, Oct 10 Security in programming, vulnerabilities analysis homework 1 due
5. Thu, Oct 12 Models of vulnerabilities, penetration testing  
6. Fri, Oct 13 Discussion: Security policies  
  Tue, Oct 17 no class (SANS Network Security)  
  Thu, Oct 19 no class (SANS Network Security)  
7. Fri, Oct 20 Discussion: Auditing and analyzing attacks  
8. Tue, Oct 24 Confidentiality and integrity policies homework 2 due
9. Thu, Oct 26 Integrity policies  
  Fri, Oct 27 Discussion: to be arranged  
10. Tue, Oct 31 Basic Cryptography  
11. Thu, Nov 2 Key management and cipher techniques  
  Fri, Nov 3 Discussion: to be arranged  
12. Tue, Nov 7 Authentication homework 3 due
13. Thu, Nov 9 midterm  
  Fri, Nov. 10 no class (Veterans Day):  
14. Tue, Nov. 14 Identity  
15. Thu, Nov. 16 Access control mechanisms  
  Fri, Nov. 17 Discussion: to be arranged  
16. Tue, Nov 21 Access control mechanisms (con't) homework 4 due
  Thu, Nov 23 no class (Thanksgiving)  
  Fri, Nov 24 Discussion: no class (Thanksgiving)  
17. Tue, Nov 29 Assurance I: specification, design, implementation  
18. Thu, Dec 1 Assurance II: testing, proving correctness  
  Fri, Dec 2 Discussion: to be arranged  
19. Tue, Dec 5 Malicious logic  
20. Thu, Dec 7 Intrusion detection homework 5 due
  Fri, Dec 8 Discussion: to be arranged  
  Tue, Dec 12 final exam 8:00 AM to 10:00 AM

Matt Bishop
Office: 3059 Engineering Unit II Phone: +1 (530) 752-8060
Fax: +1 (530) 752-4767
Email: [email protected]
Copyright Matt Bishop, 2000. All federal and state copyrights reserved for all original material presented in this course through any medium, including lecture or print.

Page last modified on 9/28/2000