802.11 Mesh mode provides rural coverage at low cost

K. Naidoo, R. Sewsunker
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引用次数: 13

Abstract

The paper discusses the use of Mesh technology as a strategy to extend coverage to provide rural telecommunications services. Wireless Mesh Networks (WMNs) provide a reliable & cost effective solution to extending coverage in a rural fixed network. The research investigates range extension using a hybrid wireless local area network (WLAN) architecture running both infrastructure & client wireless mesh networks. For a rural scenario the infrastructure network provides the connectivity to the Internet using WiFi and WiMax, while the routing capabilities of the nodes provide improved connectivity and coverage around the WMN. This paper serves to extend the use of the 802.11 g protocol in a WMN for a rural application. The applicability of a star mesh network solution was evaluated for a rural South African scenario. Simulation results assisted in drawing the conclusion that the star mesh network is a feasible, low- cost, robust solution. For a maximum throughput of 100 Kbps on each node in the network the distance of the first hop from the access point is 1.302 Km resulting in a total coverage area of 8.06 Km2.
802.11 Mesh模式以低成本覆盖农村地区
本文讨论了使用Mesh技术作为扩大覆盖范围以提供农村电信服务的策略。无线网状网络(WMNs)为扩大农村固定网络的覆盖范围提供了可靠且经济有效的解决方案。该研究研究了使用混合无线局域网(WLAN)架构同时运行基础设施和客户端无线网状网络的范围扩展。对于农村场景,基础设施网络使用WiFi和WiMax提供与互联网的连接,而节点的路由能力提供改进的WMN周围的连接和覆盖。本文旨在扩展802.11 g协议在WMN中用于农村应用的使用。对星形网状网络解决方案在南非农村的适用性进行了评估。仿真结果表明星形网格网络是一种可行的、低成本的、鲁棒的解决方案。对于网络中每个节点的最大吞吐量为100kbps,从接入点到第一跳的距离为1.302 Km,因此总覆盖面积为8.06 Km2。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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