HomeMesh: a low-cost indoor wireless mesh for home networking

IEEE Communications Magazine(2008)

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摘要
Wi-Fi access technology has become popular in recent years. Many users nowadays use Wi-Fi to gain wireless access to the Internet from offices, public libraries, shopping malls, homes, and other places. However, current Wi-Fi deployment is limited to areas where wired LAN is available. Due to its relatively short transmission range in indoor environments (typically several tens of meters), Wi-Fi coverage needs to be extended significantly to full coverage of a certain area. The wireless mesh network (WMN) is a practical and effective solution. In this article we present HomeMesh, an off-the-shelf, simple, and cost-effective WMN for the indoor home environment. HomeMesh is based on simple protocols, implementable in normal notebooks or PCs, and is compatible with existing Wi-Fi APs and clients (i.e., no AP and client modifications). To achieve better end-to-end delay and throughput, HomeMesh dynamically selects its access path based on the ETX metric. We have implemented HomeMesh and conducted proofof- concept experiments in an indoor environment. Our mesh solution is shown to be effective in improving Wi-Fi services.
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indoor wireless mesh,protocols,wi-fi access technology,homemesh dynamically,current wi-fi deployment,wi-fi coverage,wired lan,access path,radio access networks,wireless mesh network,short transmission range,indoor home environment,wi-fi ap,wireless access,client modifications,transport protocols,end-to-end delay,home network,internet,etx metric,homemesh,low-cost indoor wireless mesh,indoor environment,home computing,client-server systems,wi-fi service,indoor environments,wi-fi aps,wireless lan,home networking,indoor radio,end to end delay,hardware,helium,frequency,computer architecture,wireless communication,throughput,routing,cost effectiveness,logic gates
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