MMSim - Simulation of Multimedia Protocols using OMNeT++ |
OMNeT++ is a discrete event simulation tool using a modular structure. It may be used for nearly any kind of processing simulation. Our concern is mostly simulation of communication networks, especially the simulation of multimedia signalling and transport protocols.
We have started this project about a year ago at the University of Karlsruhe. We work together with other research groups, for example the Institute of Communications Engineering ( Institut für Nachrichtentechnik) at the University of Karlsruhe, where also the CVS Server for simulation models is hosted.
If you are interested in any contribution to models, do not hesitate to contact us.
Current Simulation Models |
You can access some of the models via the OMNeT++ Community Site . Look at Simulation Models -> Protocol Models.
If you want to contribute use the CVS server at the INT. You can get an ssh account there, and check out the most recent versions of the models there.The following links lead to the documentation of currently available simulation models. Additionally, snapshots of the most recent CVS versions are provided. Unfortunately, all these versions build on former OMNeT++ and IP Suite versions - you are cordially invited to move them to newer versions.
- RTP (Real-Time Transport Protocol)
- Model Documentation
- Study Project Report (in German only, sorry)
- Source Code Snapshot (tgz archive) - requires the ip-suite model to build properly.
- RTSP (Real Time Streaming Protocol)
- Model Documentation
- Study Project Report (in German only)
- Source Code Snapshot (tgz archive) - requires rtp and ip-suite models to build properly.
- SIP - Session Initiation Protocol
- Study Project Report (in German only)
- Informations of the Students (German)
- Source Code (tgz archive) - requires rtp and ip-suite models to build properly.
- Older versions of OMNeT++, IPSuite and RTP which were used for building SIP.
Protocol Specifications |
© Verena Kahmann, TU Braunschweig, last updated 05-Aug-2002 16:05:10 by Verena Kahmann <kahmann@ibr.cs.tu-bs.de> |