几网:灾难和危机中弹性通信的平台

P. Gardner-Stephen, Romana Challans, J. Lakeman, Andrew Bettison, Dione Gardner-Stephen, Matthew Lloyd
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引用次数: 45

摘要

许多危机通信需求的挑战可以概括为:需要允许平民在不依赖任何国内地面基础设施或进口实物材料的情况下安全地相互通信,并与外部世界通信。因此,任何解决方案都应该优先考虑与基础设施无关的操作和现有硬件技术的重用。在这一概念的基础上,我们提出了一个原型解决方案,即几个网格,并简要讨论了所做的设计决策,并总结了迄今为止进行的试验和试点。综上所述,这些都表明,在各种情况下,几个网状网络可以很好地提供安全、弹性的移动通信服务,并且与可空投的uhf分组无线电支持的几个网状扩展器概念相结合,可以提供比基于Wi-Fi的移动网状网络更远的距离的服务。因此,我们举例说明,在基础设施匮乏的时期,有效使用移动电话是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The serval mesh: A platform for resilient communications in disaster & crisis
The challenges of many crisis communication needs can be summarised as: the need to allow civilians to safely communicate with one another, and with the outside world, without reliance on any domestic terrestrial infrastructure, or on the import of physical materials. Therefore, any solution should place high precedence on infrastructure-independent operation, and the re-use of existing hardware technology. Expanding on this concept, we present a prototype solution, the Serval Mesh, and briefly discuss the design decisions that were made, and summarise the trial and pilots conducted to date. Together, these show that the Serval Mesh is well placed to provide secure, resilient mobile communications services in a variety of situations, and in conjunction with the air-droppable UHF-packet-radio enabled Serval Mesh Extender concept, to provide such services over longer distances than is possible for Wi-Fi based mobile mesh networks. Thus we argue by example that it is possible to enable effective use of mobile phones during periods of infrastructure-deprivation.
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