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Table of Contents

1. Fast, Reliable Data Transport
2. traditional data transport
3. Transporting data: one-to-one
4. Transporting data: one-to-many
5. digital fountain data transport
6. digital fountain data transport
7. Advantages
8. ... predictability and speed
9. digital fountain codes
10. what is a digital fountain
11. Erasure codes
12. Properties of digital fountain codes
13. A digital fountain provides ... reliability ...
14. ... scalability ...
15. Erasure Coding Approaches
16. Comparisons
17. Comparisons
18. Comparisons
19. LT Encoding
20. LT Encoding
21. LT Encoding
22. LT Decoding
23. LT codes degree distribution design
24. Raptor codes
25. one-to-one transport
26. Problem Digital Fountain Addresses
27. "Big Deal! Bandwidth is Getting Cheap. We'll Just Add More Capacity. Problem Solved!"
28. What does TCP/IP do?
29. TCP dynamics
30. Global Data Distribution
31. Global WANs Limit TCP Performance
32. Decoupling rate control gives user control
33. Bandwidth Management
34. Tunable rate control
35. one-to-many transport
36. one-to-many reliable delivery
37. ALC (within IETF RMT working group)
38. ALC architecture
39. What is an ALC session?
40. ALC track advantages
41. ALC track status
42. Transporter Fountain
43. Transporter Fountain — Fastest Data Delivery. On Time. Every Time.
44. Digital Dailies from Anywhere
45. CINC Deployment Scenario
46. Dramatically improve data transfers
47. Embedded Fountain Technology
48. Embedded Fountain Core Technology
49. Broadcasting Data to Automobiles
50. Time to Deliver Data
51. Robust communication in challenged environments
52. Summary
53. Digital Fountain Data Transport