Computer Communications Networks - 0368.2160 (Sylabus)
Hanoch Levy

Course outline

1. Class 1 :
   Introduction
   Little Law
   
2. Class 2 :
   Basic terminology
   
3. Class 3 :
   Analytic Models: Poisson and M/M/1
   
4. Class 4 :
   Analytic Models: M/M/m, M/M/\infty, M/G/1, M/G/1 and vacations. Applications of these models in communications networks models.
5. Class 5 :
   Analytic Models: Priority queueing, Network of Queues, Jackson Theorem.
6. Class 6 :
   
7. Class 7 :
   
8. Class 8 :
   DLC (continue), Network Layer. TCP/IP
9. Class 9 :
   
10. Class 10 :
    
11. Class 11 :
    Network Analysis and design. Capacity assignment, Flow assignment, topology assignment.
12. Class 12 :
    Network Analysis and design (cont) .
13. Class 13 :
    Shared Channel Communications: Slotted Aloha and Unslotted Aloha. Performance Analysis.
14. Class 14 :
    Shared Channel Communications: Tree splitting algorithms, CSMA, CSMA/CD.

Last updated November 12, 1997