MANET: Projects

Schedule for Final Presentation

Date & Time: (Please refer to the table below for each presentation)

Venue: 51-00-006

Date & Time Group
Study Term(s) Presentation Slides
10.04.2008
10:00-10:30
Bastian Görstner,
Jürgen Werner
Project (ECTS: 6) The Wolf Pack
10.04.2008
10:30-11:00
Adarshini Srikanta,
Gayatri Tribhuvan
Lab Course (ECTS: 6)

DYMO on Gumstix
19.05.2008
14:00-14:30
Huawei Miao,
Xiaowen Wu
Team Project (ECTS: 16) On the Mobility Models for MANET
02.07.2008
09:00
Gayatri Tribhuvan Team Project (ECTS: 16) OLSRd on Gumstix
(dropped) Sai Ajay Babuguduru,
Donny George
Lab Course (ECTS: 6)
and Team Project (ECTS: 16)
iStix: Implementation of Live Audio Streaming Wirelessly
--tbd-- Wenqi Dong,
Hui Sheng
Studienarbeit
(ECTS: 12+3)
Simulation of 3MANET using OmNet++

A maximum of 30-minute time slot is given for each group presentation, followed by a short Q&A or discussion session.  Note that the final presentation and the written report will account for 10% and 40%
of the final grade respectively.



Schedule for First Presentation


Date: 11th December, 2007 (Tuesday)
Time: 4 - 6 pm
Venue: 051-03-026


Time
Group
Study Term(s) Project Proposal
16:15 - 16:35
Sai Ajay Babuguduru,
Donny George
Lab Course (ECTS: 6)
and Team Project (ECTS: 16)
iStix: Implementation of Live Audio Streaming Wirelessly
16:35 - 16:55
postponed to 19.12.2007
Bastian Görstner,
Jürgen Werner
Project (ECTS: 6)
The Wolf Pack
16:55 - 17:15
16:35-16:55
Huawei Miao,
Xiaowen Wu
Team Project
(ECTS: 16)
On the Mobility Models for MANET
17:15 - 17:35
16:55-17:15
Adarshini Srikanta,
Gayatri Tribhuvan
Lab Course (ECTS: 6)
and Team Project (ECTS: 16)
Implementation of Location-aided DYMO Routing Protocol
----------
Wenqi Dong,
Hui Sheng
Studienarbeit
(ECTS: 12+3)
Simulation of 3MANET using OmNet++

A 15-minute slot is given for each group presentation, followed by a short Q&A or discussion session.  Note that the first presentation on the project proposal will be graded out of 10%.



Project References

There are many MANET test beds set up and deployed for research purpose.  You can find some interesting articles describing the implementation experiences via the following links:
  • Peter Barron, Stefan Weber, Siobhán Clarke, Vinny Cahill, Experiences Deploying an Ad-hoc Network in an Urban Environment, in Proceedings of the IEEE ICPS Workshop on Multi-hop Ad hoc Networks: from theory to reality (REALMAN 05), Santorini, Greece. 2005.  [pdf] [project website]
  • Minkyong Kim and David Kotz and Songkuk Kim, Extracting a Mobility Model from Real User Traces, in Proceedings of the 25th Annual Joint Conference of the IEEE Computer and Communications Societies (INFOCOM), Barcelona, Spain, April, 2006. IEEE Computer Society Press.  [pdf] [project website]
  • Robert S. Gray and David Kotz and Calvin Newport and Nikita Dubrovsky and Aaron Fiske and Jason Liu and Christopher Masone and Susan McGrath and Yougu Yuan, Outdoor Experimental Comparison of Four Ad Hoc Routing Algorithms, in Proceedings of the ACM/IEEE MSWiM, pages 220-229, October, 2004. ACM Press. [pdf]

In addition, some articles on simulation experiences are:
  • Christian Lochert, Hannes Hartenstein, Jing Tian, Dagmar Herrmann, Holger Füßler, Martin Mauve.  A Routing Strategy for Vehicular Ad Hoc Networks in City Environments. in Proceedings of the IEEE Intelligent Vehicles Symposium, pp. 156--161, Columbus, OH, USA, June 2003. [pdf]
  • Murat Caliskan, Andreas Barthels, Björn Scheuermann, Martin Mauve.  Predicting Parking Lot Occupancy in Vehicular Ad-Hoc Networks.  in Proceedings of the 65th IEEE Vehicular Technology Conference, pp. 277-281, Dublin, Ireland, April 2007. [pdf]