Table II compares the analytical and simulated results in bottleneck nodes, for the case in which the offered load is 2.600 Mbps, the throughput of which is stable.
Table III shows the analytical and simulated results of the stable throughput for various data frame sizes when the offered load is high.
As shown in Table II and Table III, the analytical results are in good agreement with the simulated results.
In other words, the analytical results do not show the maximum throughput, but rather the stable throughput.
Using the offered load obtained in the analytical results, various problems in wireless multihop networks for IEEE 802.11 DCF with RTS/CTS can be solved.
These results demonstrate the validity of the present analysis.
Table II compares the analytical and simulated results in bottleneck nodes, for the case in which the offered load is 2.600 Mbps, the throughput of which is stable. Table III shows the analytical and simulated results of the stable throughput for various data frame sizes when the offered load is high. As shown in Table II and Table III, the analytical results are in good agreement with the simulated results. In other words, the analytical results do not show the maximum throughput, but rather the stable throughput. Using the offered load obtained in the analytical results, various problems in wireless multihop networks for IEEE 802.11 DCF with RTS/CTS can be solved. These results demonstrate the validity of the present analysis.
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