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Fog Computing with the Integration of Internet of Things: Architecture, Applications and Future Directions

机译:物联网集成的雾计算:体系结构,应用程序和未来方向

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摘要

Information Technology industry has competitiveness on the basis of technological environment. In this environment, the use of cloud services has been increasing to provide high quality services and fast delivery of products to cloud users. But still some issues are unresolved especially, related to latency between cloud data center and end user. Fog computing is used to support increasing demand of IT service with the collaboration of cloud computing. It provides computational and storage services of cloud proximate to IoT devices. Fog computing is enhancement of the cloud-based network and computing services. This paper discusses the concept, architecture of fog computing and implemented application. It also highlights about resource provisioning techniques to identify over utilization of fog nodes. Along with the resource utilization, different scheduling terminologies have also been discussed on various parameters. The motive of this survey is to understand the application of fog computing to improve the existing smart healthcare system.
机译:信息技术产业在技术环境的基础上具有竞争力。在这种环境下,对云服务的使用一直在增加,以提供高质量的服务和快速向云用户交付产品。但是,仍然存在一些尚未解决的问题,尤其是与云数据中心和最终用户之间的延迟有关的问题。雾计算用于通过云计算的协作来支持不断增长的IT服务需求。它提供最接近物联网设备的云计算和存储服务。雾计算是对基于云的网络和计算服务的增强。本文讨论了雾计算的概念,体系结构和实现的应用。它还重点介绍了用于识别雾节点过度利用的资源供应技术。除了资源利用之外,还针对各种参数讨论了不同的调度术语。这项调查的目的是了解雾计算在改进现有智能医疗系统中的应用。

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