NSOC2011AcceptedProjects

Main Page - Roadmap - Summer Projects - Project Ideas - Developer FAQ - Tools - Related Projects

HOWTOs - Installation - Troubleshooting - User FAQ - Samples - Models - Education - Contributed Code - Papers

• ns-3 GSoC/NSoC Student guide
• NSoC Student application template
• NSoC 2011 page
• NSoC 2011 Ideas page | NSoC 2011 Accepted Projects
• GSoC 2010 Ideas page | GSoC 2010 Accepted Projects
• GSoC 2009 Ideas page | GSoC 2009 Accepted Projects
• GSoC Organization Administrator guide
• Get in contact with the ns-3 team: ns-developers mailing list | IRC #ns-3 on freenode.net

 

Program Schedule

• May 23rd: Begin project.
• July 11th - July 15th: Mid Term Code Review + feedback.
• August 15th - August 19th: End Term Code Review + feedback.

Accepted Projects

This page links to more information on the projects accepted for ns-3's Summer of Code effort for 2011.

Click-MAC Extensions for ns-3-click

• Student: Ashwin Narayan
• Mentors: Ruben Merz and Lalith Suresh
• Project wiki
• Abstract: This project deals with the MAC extensions for ns-3 click. The current integration of the Click Modular Router with ns-3 is confined to only ns-3’s network device types and doesn’t yet permit the use of Click’s Wifi MAC specific elements. This project aims to enable the same by implementing Radiotap support, and a Monitor Wifi Mac High interface.

LTE-RRC Extensions

• Student: Pankaj Gupta
• Mentors: Giuseppe Piro and Francesco Capozzi
• Project wiki
• Abstract: Current RRC entity in the present LTE module of ns-3 has the handling of user plane. Handling of control messages is not present. This proposal aims to enhance and develop the RRC state machine in ns-3 LTE for control plane handling in UE and eNodeB.

IPv6 Global Routing

• Student: Atishay Jain
• Mentors: Tom Henderson and Mitch Watrous
• Project wiki
• Abstract: This project proposes to implement global routing in ipv6 for ns-3. It involves extending the existing global routing protocol in ipv4. In global routing in ipv4 only OSPF has been used. The project would extend the existing ipv4-global-routing to ipv6 implementing, Open Shortest Path First. Implementation of ipv6 nix-vector support is also proposed if time permits.