实时应用的集成云物联网

Koduru Suresh, G. V. Kumar
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引用次数: 1

摘要

随着物联网的发展,利用因素已经从电脑转移到人类使用的每一个小工具。跨不同应用程序的最终用户服务必须以具有成本效益的一站式解决方案提供,这一点很重要。如今,传感器被安装在需要实时监控的应用中,但必须考虑到物理传感器的成本和维护。因此,有必要依靠虚拟物联网来实时监控应用程序,而最少使用物理传感器。在这里,虚拟物联网被创造为使用各种云技术来控制和监控使用API的应用程序,而最小限度地使用物理传感器。在这项工作中,基于VIoT(虚拟物联网)和IoT设计了一个即插即用框架,用于实现依赖于环境监测的应用程序。稍后将根据定义的框架说明两个用例。在这里,驱动和自动化是基于某些强加的约束来响应由安装在实时应用程序中的各种设备生成的输入和输出。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Cloud Internet of Things for Realtime Applications
With the advancement of Internet of Things, the utilization factor has shifted from computers to every gadget used by humans. It is important that the end user services across different applications are required to be offered at one-stop with cost effective solutions. Today sensors are installed in applications that need to be monitored in real-time but it must be taken into consideration with respect to the cost and maintenance involved with physical sensors. Hence there is need to depend on virtual internet of things for real time monitoring of applications with minimal use of physical sensors. Here virtual internet of things is coined as the use of various cloud technologies that control and monitor the applications using API's with minimal use of physical sensors. In this work a plug and play framework is devised based on VIoT (virtual internet of things) and IoT for implementing on applications that are dependent on environmental monitoring. Later based on the defined framework two use cases are illustrated. Here actuation and automation are done based on certain imposed constraints to respond as per inputs and outputs generated by various devices installed in real time applications.
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