海报摘要:扩展物联网设备api和分析

O. Gnawali, David Moss, Dmitry Shirkalin, Russ Clark, Brian Jones, William Eason
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引用次数: 0

摘要

许多物联网应用程序由两种类型的操作组成:与设备的交互,可以是传感器或执行器,以及与数据的交互,例如,以揭示见解。在这张海报中,我们介绍了一个以可扩展方式提供这些功能的软件堆栈。用于设备交互的API在设计时考虑了通用性,以便支持尽可能多的设备阵列,并且数量庞大。这个名为Composer的分析框架旨在允许用户代码轻松集成到数据分析中。我们介绍了设计,描述了实现和部署,并给出了一些评估结果。我们与成千上万的活跃用户共享来自实时部署的性能数据,以演示设计的可伸缩性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Poster Abstract: Scaling IoT Device APIs and Analytics
Many IoT applications consist of two types of actions: interaction with the device, which can be sensors or actuators, and interaction with the data, for example, to reveal insights. In this poster, we introduce a software stack that provides these functionalities in a scalable manner. The API for device interaction is designed with generality in mind so that widest possible array of devices are supported and in large numbers. The analytics framework, called Composer, is designed to allow user code to be easily integrated into data analytics. We present the design, describe the implementation and deployment, and present some evaluation results. We share the performance data from a live deployment with tens of thousands of active users to demonstrate the scalability of the design.
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