研究WiFi对2.4 GHz工业物联网网络的影响

Fabian Rincon, Yasuyuki Tanaka, T. Watteyne
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引用次数: 5

摘要

许多工业物联网TSCH网络,如SmartMesh IP,与WiFi在相同的2.4 GHz频段上运行。随着智能工厂的联网程度越来越高,许多工厂开始铺设WiFi。因此,质疑WiFi是否会影响工业物联网TSCH网络,尤其是它们的端到端可靠性,是完全合理的。在复制最坏情况工业环境的设置中,我们进行了彻底的实验研究,研究了47-mote SmartMesh IP网络在多个WiFi干扰级别下的性能。结果是,即使网络的延迟和功耗增加,即使在非常高的WiFi干扰下,端到端可靠性也保持在100%。结论是2.4 GHz的TSCH技术,如SmartMesh IP,非常适合大量使用WiFi的工业环境。本文还附有一份研究报告,其中包含了复制测量所需的所有信息和原始数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Impact of WiFi on 2.4 GHz Industrial IoT Networks
Many Industrial IoT TSCH networks, such as SmartMesh IP, operate in the same 2.4 GHz frequency band as WiFi. As the smart factory becomes more and more connected, WiFi starts being rolled out on many factory floors. It is hence completely legitimate to question whether WiFi impacts Industrial IoT TSCH networks, and in particular their endto-end reliability. In a setup which replicates a worst case industrial setting, we conduct a thorough experimental study which looks at the performance of a 47-mote SmartMesh IP network undergoing several levels of WiFi interference. The result is that, even though the latency and power consumption of the network increase, end-to-end reliability stays at 100% even under very high WiFi interference. The conclusion is that TSCH technology at 2.4 GHz, such as SmartMesh IP, is perfectly appropriate to for an industrial environment where WiFi is heavily used. This paper is complemented by a research report which contains all the information needed to replicate the measurements, and the raw data.
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