Last mile wireless network in rural Nicaraguas

Mauro J. Sanchirico
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引用次数: 1

Abstract

Our team designed a wireless local area network to connect Sabana Grande, in Totogalpa, Nicaragua. Sabana Grande is a rural community, where grid power is sparse and internet access is currently non-existent. We identified the need for internet access in Sabana Grande by working with local leaders to organize community-wide meetings where we interviewed resident families. Sabana Grande had not been previously connected because the surrounding rough terrain and sparse infrastructure presented several unique challenges. Our team overcame each of these challenges in our design. We began our design work by working with local contacts to determine power and performance requirements. Using MATLAB to model Fresnel zone interference, we found that surrounding mountains block the line-of-sight from existing access points. So in our design, we included a repeating station overlooking the community. There is no grid power at the repeating site or the receiving sites. So, we have also included solar power solutions. To ensure maintainability, we favored locally available components. After designing the network, performing a feasibility analysis, and conducting follow up interviews with local leaders, we have determined that connecting Sabana Grande will be a practical and impactful project. We are excited to return to install our system in the Summer of 2015.
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尼加拉瓜农村的最后一英里无线网络
我们的团队设计了一个无线局域网来连接尼加拉瓜托托加尔帕的萨巴纳格兰德。萨巴纳格兰德是一个农村社区,那里的电网很少,目前还没有互联网接入。我们通过与当地领导人合作,组织社区范围的会议,并采访了居民家庭,确定了萨巴纳格兰德的互联网接入需求。Sabana Grande之前没有被连接起来,因为周围崎岖的地形和稀疏的基础设施带来了一些独特的挑战。我们的团队在设计中克服了每一个挑战。我们通过与当地联系人合作来确定功率和性能要求,开始了我们的设计工作。使用MATLAB模拟菲涅耳区干扰,我们发现周围的山脉阻挡了现有接入点的视线。所以在我们的设计中,我们包括了一个俯瞰社区的重复车站。在重复站点或接收站点没有电网供电。因此,我们也纳入了太阳能解决方案。为了确保可维护性,我们倾向于使用本地可用的组件。在设计网络、进行可行性分析并与当地领导人进行后续访谈后,我们确定连接萨巴纳格兰德将是一个实际且有影响力的项目。我们很高兴能在2015年夏天回来安装我们的系统。
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