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Experimental Characterization of Interference in a 802.11g Wireless Mesh Network
Overview Multi-channel wireless networks are being studied as a means to increase wireless network capacity. The implicit assumption is that network throughput increases in direct proportion with the number of non-overlapping channels used. But there have been very few studies which have experimentally verified this premise. This paper characterizes the performance of multi-channel wireless networks consisting of IEEE 802.11g devices. This paper conducts the experiments on a sample topology consisting of just two flows on non-overlapping channels. The authors expected the combined throughput of the two flows to double.
| Publisher | University of California | File Format | |
|---|---|---|---|
| Date Published | December 2005 | ||
| Format | White Papers | ||
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