Impacto de LoRaWAN no Desempenho de Plataformas de IoT baseadas em Nuvem e Névoa Computacional

Ivan Zyrianoff, Alexandre Heideker, D. Silva, João H. Kleinschmidt, C. Kamienski
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引用次数: 4

Abstract

LoRaWAN is a new technology that has been consolidating as a key data communication component to send data in IoT-based systems, due to its ability to send data over long distances with low energy costs. However, literature considers only wireless aspects, disregarding its computational aspects and its integration with IoT platforms, as well as ignoring the deployment possibilities that involve cloud and fog computing. In order to understand the computational impacts of the LoRa architecture we performed a careful performance evaluation study in a complex IoT scenario, exploring cloud and fog computing scenarios and integrating with the IoT FIWARE platform. The results show that the LoRaWAN architecture is scalable, but it has impacts on system performance.
LoRaWAN对基于云和计算雾的物联网平台性能的影响
LoRaWAN是一项新技术,由于其能够以低能源成本长距离发送数据,因此已成为基于物联网系统中发送数据的关键数据通信组件。然而,文献只考虑了无线方面,忽略了其计算方面及其与物联网平台的集成,也忽略了涉及云和雾计算的部署可能性。为了了解LoRa架构对计算的影响,我们在复杂的物联网场景中进行了仔细的性能评估研究,探索了云和雾计算场景,并与物联网FIWARE平台集成。结果表明,LoRaWAN架构具有可扩展性,但对系统性能有一定影响。
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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