Questions
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Course Info
Advanced Internet Technology-III: Wireless Network and Mobile Systems
Copyright

INDEX
  1. Lecture 7: Mobile Networks:TCP in Wireless Networks
  2. Lecture Objectives
  3. Agenda
  4. TCP Flow Control
  5. TCP Flow Control Example
  6. Flow Control Can Limit Throughput (1)
  7. Flow Control Can Limit Throughput (2)
  8. TCP Congestion Avoidance
  9. Recent History of TCP
  10. TCP Operation
  11. Congestion Avoidance: TCP Reno (1)
  12. Congestion Avoidance: TCP Reno (2)
  13. Duplicate ACK
  14. Congestion Window in TCP Reno
  15. Congestion Avoidance: TCP Vegas (1)
  16. Congestion Avoidance: TCP Vegas (2)
  17. Congestion Avoidance: TCP Vegas (3)
  18. Slow Start Mechanism
  19. Loss Detection: TCP Reno
  20. Loss Detection: TCP Vegas
  21. TCP Reno Behavior
  22. TCP Vegas Behavior
  23. TCP Reno Pros and Cons (1)
  24. TCP Reno Pros and Cons (2)
  25. TCP Vegas Pros and Cons
  26. TCP Reno versus TCP Vegas
  27. Agenda
  28. TCP Problems with Wireless
  29. More TCP Problems with Wireless
  30. Agenda
  31. General Solution Approaches
  32. Link-Layer Protocols (1)
  33. Link-Layer Protocols (2)
  34. Split-Connection Protocols (1)
  35. General Solution Approaches
  36. Split-Connection Protocols (1)
  37. Split-Connection Protocols (2)
  38. End-to-End Protocols (1)
  39. End-to-End Protocols (2)
  40. Indirect TCP: Overview
  41. Indirect TCP: Handoff
  42. Indirect TCP: Advantages
  43. Indirect TCP: Disadvantages
  44. Indirect TCP: Wireless Transport
  45. Snoop TCP: Overview
  46. Snoop TCP: Operation (1)
  47. Snoop TCP: Operation (2)
  48. Snoop TCP: Reverse Direction
  49. Snoop TCP: Advantages
  50. Snoop TCP: Disadvantages
  51. Summary
  52. Q1 from AIT
  53. Q2 from USC
  54. Q3 from USC
  55. Q4 from ITB
  56. Q5 from KU
  57. Q2 from USC