ECE158A    a web Diary

 

  1. ✤ Lecture 1. Introduction. Packets vs Circuit. IP Addressing, routing. OSI layers.

  2. ✤ Lec1.pdf

  3. ✤ Lecture 2. Link performance. Packet delay computation. Statistical multiplexing. Queues. The need for TCP.

  4. ✤ Lec2.pdf

  5. ✤ Lecture 3. What is link Bandwidth. From Hertz to Bits. Shannon’s formula.

  6. ✤ Lec3-handout.pdf  Lec3-Addendum.pdf

  7. ✤ Lecture 4. Elements of queueing theory

  8. ✤ Lec4.pdf  Queue-Addendum1.pdf   Queue-Addendum2.pdf

  9. ✤ Lecture 5. Routing 1. (Dijkstra)

  10. ✤ Lec5.pdf

  11. ✤ Lecture 6. Routing 2. (Bellman-Ford)

  12. ✤ Lec6.pdf

  13. ✤ Lecture 7. IP header and addressing

  14. ✤ Lec7.pdf Multicast-Addendum.pdf

  15. ✤ Lecture 8. Network generative models I

  16. ✤ Lec8-handout.pdf

  17. ✤ Lecture 9. Network generative models II

  18. ✤ Lec9-handout.pdf

  19. ✤ Lecture 10. Network generative models III

  20. ✤ Lec10N.pdf  Lec10-handout.pdf see also additional material on handout page

  21. ✤ Lecture 11. TCP as an optimization problem

  22. ✤ Lec11-handout.pdf TCP(1)

  23. ✤  Lecture 12. TCP as an optimization problem

  24. ✤ Lec12-handout.pdf  Lec12 Addendum.pdf TCP(2)

  25. ✤ Midterm preparation.

  26. ✤ Problems1.pdf

  27. ✤ Problems2.pdf

  28. ✤ Lecture 13.  Ethernet

  29. ✤ Lec13.pdf Lec13-handout.pdf

  30. ✤ Lecture 14.  Aloha

  31. ✤ Lec14-Handout.pdf