DTN: Difference between revisions
Jump to navigation
Jump to search
| Line 13: | Line 13: | ||
== Part 2: - DTN Architecture and Bundle Protocol == |
== Part 2: - DTN Architecture and Bundle Protocol == |
||
[[File:Img.jpg]] |
|||
== Part 3: Application Areas == |
== Part 3: Application Areas == |
||
- Opportunistic/social networking |
|||
- VANETs |
|||
- Habitat monitoring |
|||
- DTN-based Social Network |
|||
- Low cost communication solutions |
|||
== Part 4: Conclusion == |
|||
voir la conférence http://www.extremecom.org/ |
|||
Some of characteristics of Delay Tolerant Networks are: |
|||
- No end-to-end path |
|||
- Intermittent connectivity |
|||
- Long delay |
|||
- They are also dynamic |
|||
Revision as of 13:53, 14 April 2016
Delay Tolerant Networks
Part 1: Introduction In communication field, networks become more popular and routing protocols face multiple challenges. They have first to minimize delay then maximize throughput.
- Internet vs. DTN DTN routing involves message replication. They are therefore useful to operate over long distances as for telecommunications space 1 for which latency reaches sometimes hours or even days On another hand we have Internet which is based on packet forwarding.
Error creating thumbnail: Unable to save thumbnail to destination
Part 2: - DTN Architecture and Bundle Protocol
Error creating thumbnail: Unable to save thumbnail to destination
Part 3: Application Areas
- Opportunistic/social networking
- VANETs
- Habitat monitoring
- DTN-based Social Network
- Low cost communication solutions
Part 4: Conclusion
Some of characteristics of Delay Tolerant Networks are: - No end-to-end path - Intermittent connectivity - Long delay - They are also dynamic