基于树莓派的计算原型:设计、实现和性能分析

Seth Wolfgang, Xiang Cao
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引用次数: 0

摘要

如今,在物联网(IoT)应用中,物联网设备生成和收集数据。这些数据可以用不同的方式处理。它们可以由物联网设备直接处理,也可以由云或边缘服务器处理。近年来,树莓派已被开发为许多应用的小型物联网设备。在本文中,我们以树莓派为原型,设计并实现了各种计算模型,即云计算,边缘计算和物联网设备上的计算。我们部署多个应用程序,运行动手实验,并相应地分析结果。我们还比较了这些不同计算范式的性能,并利用树莓派器件的并行处理能力来证明改进原型性能的有效性。
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Raspberry Pi Based Computing Prototypes: Design, Implementation and Performance Analysis
Nowadays, in Internet of Things (IoT) applications, IoT devices generate and gather data. These data can be handled in different ways. They can be processed by IoT devices directly, by the Cloud, or by the edge servers. In recent years, Raspberry Pi has been developed as a small IoT device for many applications. In this paper, we design and implement various computing models, i.e., Cloud Computing, Edge Computing, and computing on IoT devices, using Raspberry Pis as prototypes. We deploy multiple applications, run hands-on experiments, and analyze the results accordingly. We also compare the performances of these different computing paradigms, and take advantage of the parallel processing capability of Raspberry Pi devices to demonstrate the effectiveness of improving the prototype performance.
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