Bridging the Digital Divide by Building and Developing Wireless Community Networks in Rural Areas of Sri Lanka

Chandima H De Silva, R. Udugampola
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引用次数: 1

Abstract

This paper discusses how new and emerging wireless technologies could be deployed together with Open Source product lines in expediting the propagation of the ICT know-how in the rural as well as the suburban areas of Sri Lanka. The intention of the authors is to showcase a blueprint for using newer and emerging viable communication technologies in the rural context. Current internet distribution networks generally rely on a permanent, fixed and largely wired infrastructure that is owned and often operated by large entities such as telecom operators or an Internet Service Provider. A relatively new and emerging technology is wireless Ethernet or wireless networking using the IEEE 802.11 standard. This standard encompasses the lower layers of the OSI model for transport of data as Ethernet frames using a spread spectrum based radio link. This technology opens the possibility of building a network without having the problems associated with, and the cost of putting some sort of physical transmission medium in the ground. Instead, antennas can be used to send and receive data using radio waves through free air. Due to the relative simplicity of the currently available commodity hardware that uses IEEE 802.11 technology it is relatively easy to build a local wireless community network in a community township. Using this network people can share resources among each other and, more importantly, it would facilitate the adaptation of a highly collaborative environment forgoing the language barriers, which is regarded as a major cause of the ethnic conflict in Sri Lanka.
通过在斯里兰卡农村地区建设和发展无线社区网络弥合数字鸿沟
本文讨论了如何将新的和新兴的无线技术与开源产品线一起部署,以加速斯里兰卡农村和郊区ICT技术的传播。作者的意图是展示在农村环境中使用更新和可行的通信技术的蓝图。目前的互联网分销网络通常依赖于永久的、固定的、主要是有线的基础设施,这些基础设施通常由电信运营商或互联网服务提供商等大型实体拥有和运营。一种相对较新的新兴技术是使用IEEE 802.11标准的无线以太网或无线网络。该标准包含了OSI模型的较低层,用于使用基于扩频的无线电链路作为以太网帧传输数据。这项技术开启了建立网络的可能性,而不存在将某种物理传输介质置于地下的相关问题和成本。相反,天线可以通过无线电波在自由空气中发送和接收数据。由于目前可用的使用IEEE 802.11技术的商用硬件相对简单,因此在社区乡镇建立本地无线社区网络相对容易。使用这个网络,人们可以彼此共享资源,更重要的是,它将有助于适应一个高度协作的环境,放弃语言障碍,这被认为是斯里兰卡种族冲突的主要原因。
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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