Brn.Sim: Difference between revisions
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* Models for IEEE 802.11b (DSSS) and a/g (OFDM) |
* Models for IEEE 802.11b (DSSS) and a/g (OFDM) |
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* BER Model from yans, ns-3 |
* BER Model from yans, ns-3 |
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* Shadowing and Fading (both correlated/uncorrelated in time) from ns-2/SWAN/GloMoSim |
* Shadowing and Fading (both correlated/uncorrelated in time) from ns-2/SWAN/GloMoSim |
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** TODO spatially correlated shadowing |
** TODO spatially correlated shadowing |
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* Propagation Delay Model |
* Propagation Delay Model |
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* Transmit Diversity Model |
* Transmit Diversity Model |
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* [[Brn.Phy]] |
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== IEEE 802.11abg Multi-Channel Support == |
== IEEE 802.11abg Multi-Channel Support == |
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Revision as of 14:03, 30 January 2008
The Berlin RoofNet Simulator (Brn.Sim) is wireless mesh network simulator based on JiST/SWANS.
Nuggets
IEEE 802.11abg Physical Layer
- Models for IEEE 802.11b (DSSS) and a/g (OFDM)
- BER Model from yans, ns-3
- Shadowing and Fading (both correlated/uncorrelated in time) from ns-2/SWAN/GloMoSim
- TODO spatially correlated shadowing
- Propagation Delay Model
- Transmit Diversity Model
- Brn.Phy
IEEE 802.11abg Multi-Channel Support
Tbd.
IEEE 802.11abg Multi-Bit-Rate Support and Bit-Rate Selection
Tbd.
IEEE 802.11e
Tbd.
Brn.Gui
Tbd.
Support for the Click Modular Router API
Tbd.
Brn.Measure
Tbd.
Brn.Db (DistSim)
DistSim is a framework for defining, executing and collecting the results of multiple similar simulations.
Tbd.
Scenario Creation via Brn.Builders
Tbd.
Do not forget to define Getter/Setter for each Member of the Parameter Class!
Related Projects
- ns-2
- yans, ns-3
- JiST/SWANS
- STRAW
- DUCKS
- SWAN
- GloMoSim
- ...