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ibss_multiple_flows

v10	v11
32	32	\|\| [[Image(xput_vs_time.png, width=500)]] \|\| [[Image(xput_hist.png, width=500)]] \|\|
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34		The above figures show 300 seconds of data from the experiment. In the first figure, the black line shows the total sum throughput that was sustained in the network. The ~1~~2.5~~Mbps that was achieved is just slightly below the [wiki:802.11/Benchmarks/Throughput#Throughputvs.PayloadLength theoretical max] throughput that can be achieved at the 18 Mbps PHY rate. The slight reduction is due to the overhead of the DCF along with unavoidable collisions among the 6 traffic flows.
	34	The above figures show 300 seconds of data from the experiment. In the first figure, the black line shows the total sum throughput that was sustained in the network. The ~13Mbps that was achieved is just slightly below the [wiki:802.11/Benchmarks/Throughput#Throughputvs.PayloadLength theoretical max] throughput that can be achieved at the 18 Mbps PHY rate. The slight reduction is due to the overhead of the DCF along with unavoidable collisions among the 6 traffic flows.
35	35
36	36	The IBSS project is very useful in research applications in that there is no topological requirement for flow connectivity. Any device can establish a wireless link to any other device on the same IBSS. All source code used to generate the data and figures in this application note is available below.