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Index

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1. CS640 Introduction to Computer Networks
2. One to many communication
3. Why Multicast
4. IP multicast service model
5. IP multicast group address
6. IGMP - Joining a group
7. IGMP - Leaving a group
8. Challenges in this model
9. IP multicast routing
10. Source distribution tree
11. Shared distribution tree
12. Source tree characteristics
13. Shared tree characteristics
14. Data distribution policy
15. Protocol types
16. DVMRP - exchange distance vector
17. DVMRP - broadcast & prune
18. RPF(reverse path forwarding)
19. DVMRP (1) - form a source tree by exchanging metric
20. DVMRP (2) - broadcast
21. DVMRP (3) - prune
22. DVMRP (4) - X and Y pruned
23. DVMRP (5) - New member
24. DVMRP (6) - New branch
25. PIM
26. PIM DM overview(1)
27. PIM DM overview(2)
28. PIM DM Forwarding
29. PIM Assert Mechanism
30. PIM DM State Maintenace
31. PIM-DM(1) - Initial flood of data
32. PIM-DM(2) - prune non-RPF p2p link
33. PIM-DM(3) - C and D Assert to Determine Forwarder for the LAN, C Wins
34. PIM-DM(4) - I, E, G send Prune H send Join to override G's Prune
35. PIM-DM(5) - I Gets Pruned E's Prune is Ignored G's Prune is Overridden
36. PIM-DM(4) - I, E, G send Prune H send Join to override G's Prune
37. PIM-DM(6) - New Receiver, I send Graft
38. PIM-DM(7) - new branch
39. PIM-SM overview (1)
40. PIM-SM overview(2)
41. PIM-SM Basics
42. PIM Neighbor Discovery
43. PIM SM Bootstrap
44. PIM SM State Maintenance
45. PIM-SM(1)
46. PIM-SM(2)
47. PIM-SM(3)
48. PIM-SM(4)
49. PIM-SM(5)
50. PIM-SM(6)
51. PIM-SM(7)- SPT Switchover
52. PIM-SM(8)
53. PIM-SM(9)
54. PIM-SM(10)
55. PIM-SM(11)
56. PIM-SM(12)
57. PIM-SM(13)
58. Inter-Domain Multicast Routing

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