Long-Term LoRa Experiments in a Chemical Plant

Jessica Breitegger, Christian Raffelsberger, Siddhartha S. Borkotoky, Ingomar Rogler, C. Bettstetter
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Abstract

We report on multi-month experiments of a LoRa network deployed in a chemical plant. Using measurement data of nodes distributed (i) inside a building and (ii) over multiple buildings, all sending to a gateway, we estimate the path loss and fading characteristics of the links. Although we operate the system in a harsh environment according to these measurements—with a path loss exponent up to 5.1 and Nakagami fading with m as low as 0.7—the packet loss rate is low for in-building links (2.5% on the average), demonstrating LoRa’s suitability for certain industrial applications.
化工厂的长期LoRa实验
我们报告了在化工厂部署的LoRa网络的几个月的实验。使用分布在(i)建筑物内和(ii)多个建筑物上的节点的测量数据,所有发送到网关,我们估计了链路的路径损耗和衰落特性。尽管根据这些测量结果,我们在恶劣的环境中运行系统-路径损耗指数高达5.1,Nakagami衰落的m低至0.7 -但建筑物内链路的丢包率很低(平均为2.5%),这表明LoRa适用于某些工业应用。
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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