Developing a neighborhood-scale wireless notification prototype

M. Venkatesh, Bahram Attaie
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Abstract

We outline an innovative approach to the development of a prototype of a neighborhood notification system (NNS). The NNS application residing on smart phones will use software defined radio and cognitive radio components to interface with radio frequency transceivers. Mesh networking is proposed for emergency notification and disaster response coordination using NNS. Our focus has been on the IEEE 802.15.4 and the very recent IEEE 802.15.5 mesh networking standard for low data rate connectivity among low power nodes (or nodes whose power consumption needs to be low). The innovation stems from bringing together different hardware and software components – some of which, like our Software Defined Radio (SDR) platform, are themselves still evolving and others, like the meshing platform, are very new – to propose an adaptive, reconfigurable, infrastructure-less ad hoc wireless solution to emergency communications in the unlicensed ISM RF band.
开发一个社区规模的无线通知原型
我们概述了一种创新的方法来开发一个邻里通知系统(NNS)的原型。智能手机上的NNS应用程序将使用软件定义无线电和认知无线电组件与射频收发器进行接口。提出了利用神经网络进行应急通知和灾害响应协调的Mesh网络。我们的重点是IEEE 802.15.4和最近的IEEE 802.15.5网状网络标准,用于低功耗节点(或需要低功耗的节点)之间的低数据速率连接。创新源于将不同的硬件和软件组件(其中一些,如我们的软件定义无线电(SDR)平台,本身仍在发展中,而其他的,如网格平台,是非常新的)结合在一起,提出一种自适应的、可重构的、无基础设施的自组织无线解决方案,用于未经许可的ISM RF频段的紧急通信。
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