GSOC2014MulticastIPv6: Difference between revisions
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= Multicast IPv6 traffic support = | = Multicast IPv6 traffic support = | ||
* Student: [mailto:ykrishnateja93@gmail.com Krishna Teja Yadavalli] | == Project overview == | ||
* Mentors: [mailto:tommaso.pecorella@unifi.it Tommaso Pecorella] [mailto:tomh@tomh.org Tom Henderson], | * '''Student:''' [mailto:ykrishnateja93@gmail.com Krishna Teja Yadavalli] | ||
* '''Mentors:''' [mailto:tommaso.pecorella@unifi.it Tommaso Pecorella] [mailto:tomh@tomh.org Tom Henderson], | |||
* Abstract: As of now NS-3 is not supporting MLDv2 or PIM-SM. As a result of this we are setting up the routes manually . This is stopping us from simulating Multicast environments which would reflect the realistic scenarios. In real life, nodes join and leave different multicast groups quite frequently and they also mention the sources in which they are interested in. By using this information there is lot of scope for optimization of the multicast traffic . My proposal is to make the NS-3 support to Multicast more realistic by implementing MLDv2 protocol .This helps in discovery of Multicast Listeners and also know the sources they are interested in.This will help in opening up a platform for implementing different multicast routing protocols . | * Abstract: As of now NS-3 is not supporting MLDv2 or PIM-SM. As a result of this we are setting up the routes manually . This is stopping us from simulating Multicast environments which would reflect the realistic scenarios. In real life, nodes join and leave different multicast groups quite frequently and they also mention the sources in which they are interested in. By using this information there is lot of scope for optimization of the multicast traffic . My proposal is to make the NS-3 support to Multicast more realistic by implementing MLDv2 protocol .This helps in discovery of Multicast Listeners and also know the sources they are interested in.This will help in opening up a platform for implementing different multicast routing protocols . | ||
* Code: | * Code: | ||
* About me: I am currently a undergraduate student in Computer Science at International Institute of Information Technology, Hyderabad I selected my stream of research in Computer Networks, specifically in improving the efficiency of Multicast Protocols.My future plans are implementing Multicast Routing protocols like PIM -SM ,PIM-DM which would create a solid Multicasting platform to develop and test our ideas in IPV6 Multicast domain. | * About me: I am currently a undergraduate student in Computer Science at International Institute of Information Technology, Hyderabad I selected my stream of research in Computer Networks, specifically in improving the efficiency of Multicast Protocols.My future plans are implementing Multicast Routing protocols like PIM -SM ,PIM-DM which would create a solid Multicasting platform to develop and test our ideas in IPV6 Multicast domain. | ||
Revision as of 13:12, 28 April 2014
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Return to GSoC 2014 Accepted Projects page.
Multicast IPv6 traffic support
Project overview
- Student: Krishna Teja Yadavalli
- Mentors: Tommaso Pecorella Tom Henderson,
- Abstract: As of now NS-3 is not supporting MLDv2 or PIM-SM. As a result of this we are setting up the routes manually . This is stopping us from simulating Multicast environments which would reflect the realistic scenarios. In real life, nodes join and leave different multicast groups quite frequently and they also mention the sources in which they are interested in. By using this information there is lot of scope for optimization of the multicast traffic . My proposal is to make the NS-3 support to Multicast more realistic by implementing MLDv2 protocol .This helps in discovery of Multicast Listeners and also know the sources they are interested in.This will help in opening up a platform for implementing different multicast routing protocols .
- Code:
- About me: I am currently a undergraduate student in Computer Science at International Institute of Information Technology, Hyderabad I selected my stream of research in Computer Networks, specifically in improving the efficiency of Multicast Protocols.My future plans are implementing Multicast Routing protocols like PIM -SM ,PIM-DM which would create a solid Multicasting platform to develop and test our ideas in IPV6 Multicast domain.