防御:基于LoRa的Hop-to-Hop通信

Anav Chaudhary, Maanas Talwar, Avil Goel, Gaurav Singal, Riti Kushwaha
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引用次数: 2

摘要

在许多领域,对低功耗可靠通信形式的需求始终存在。本文旨在开发和探索基于lora的跳对跳通信的安全应用,为当前的安全需求提供低功耗、大规模和远程的解决方案。它利用基于物联网实现的所有组件来开发由不同类型节点组成的网络。它通过传感器从外部环境获取输入,通过几个中间节点传输,使用有效的路由算法,并通过执行器提供输出。由此实现的系统具有高度可扩展、可靠、便携、廉价和易于维护的特点,并为使用日益增长的非蜂窝通信形式LoRa技术实现安全基础设施现代化的当代需求提供了新的视角。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
De-Fence: LoRa based Hop-to-Hop Communication
The need for a low-power reliable form of communication is ever-present in a multitude of fields. Our paper aims to develop and explore a security-oriented application of LoRa-based hop-to-hop communication, which provides low-power, large-scale, and long-range solutions to our current safety needs. It utilizes all the components of an IoT-based implementation, in to develop a network, which consists of different types of nodes. It takes input from the external environment through sensors, transports it via several intermediate nodes, using an effective routing algorithm, and provides output through the means of an actuator. The system achieved henceforth is highly scalable, reliable, portable, cheap, and easy to maintain, and provides a fresh outlook on the contemporary need of modernizing the security infrastructure using a growing non-cellular form of communication, LoRa technology.
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