| Publisher | Microsoft | ||
|---|---|---|---|
| Format | 156.3KB PDF | Date added | 04 Jan 2007 |
| Topics | Wireless, Wi-Fi (802.11) | ||
| Downloads | 281 | ||
To increase the utilization of the available frequency channel space in 802.11-based wireless mesh networks, recent work has explored solutions based on multi-radio stations. This paper reports on the design and experimental study of a distributed, self-stabilizing mechanism that assigns channels to multi-radio nodes in wireless mesh networks. It takes a modular approach by decoupling the channel selection decision from the data forwarding mechanism, which makes the solution readily applicable to real-world operation when used with emerging multi-radio routing solutions. This paper demonstrates the efficacy of the protocol on a real-world, 14-node testbed comprised of nodes, each equipped with an 802.11a card and an 802.11g card.
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