A network friendly congestion control protocol: Difference between revisions
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== Details == | == Details == | ||
* P2P applications can afford to take longer time to complete and can give away bandwidth to shorter TCP flows such as Web traffic. This work aims to build such a protocol that can aggressively try to occupy available bandwidth faster than TCP and backoff if there is congestion. The work will involve performance evaluations in a | * P2P applications can afford to take longer time to complete and can give away bandwidth to shorter TCP flows such as Web traffic. This work aims to build such a protocol that can aggressively try to occupy available bandwidth faster than TCP and backoff if there is congestion. The work will involve performance evaluations in a real time environment. | ||
{{Project Description | {{Project Description | ||
Latest revision as of 13:25, 5 March 2010
Details
- P2P applications can afford to take longer time to complete and can give away bandwidth to shorter TCP flows such as Web traffic. This work aims to build such a protocol that can aggressively try to occupy available bandwidth faster than TCP and backoff if there is congestion. The work will involve performance evaluations in a real time environment.
| Supervisor: | Mayutan |
| Duration: | 3 to 6 months |
| Type: | Bachelor/Master Thesis or Student Project |
| Status: | open |