利用边缘计算、雾计算和云计算实施工业物联网技术

V.A. Gasimov, Sh.Kh. Aliyeva, Zh.S. Assanova
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引用次数: 0

摘要

工业物联网技术在建立智慧城市和智慧乡村、优化等方面具有卓越的生产力特征,这增加了使用该技术的必要性。基于物联网的传感器物理资源容量较低,因此可以将其集成到云技术中。基于云的基础设施无法满足现有产品的要求。主要存在两个问题,一是调和,二是网络扩展限制。此外,互联网连接的断裂、低传导性等问题也使得 IIOT 可以集成 "雾计算 "和 "边缘计算 "技术。考虑到 IIOT 技术的覆盖面和发展情况,相信在许多情况下,充分利用其全部潜力将有可能把云、雾和边缘计算结合起来。本文将对工业物联网技术、其集成的 "云"、"雾"、"边缘 "技术进行研究,并讨论它们之间的差异以及不同层次之间基于分布的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of industrial internet of things technologies using Edge, Fog, and Cloud computing
Having superior features of productivity of the Industrial Internet technology of things used in the establishment of clever cities and clever villages, optimity, etc. increases the need to use it. The low-capacity of the physical resources of Iot-based sensors allows it to integrate into cloud technology. Cloud-based infrastructures are not sufficient for the existing requirements of the products of the products. The two main issues, in terms of reconciliation and network expansion limits arise. Also, the breaks of the Internet connection, the low conductivity, etc., as such problems, allow IIOT to integrate the "Fog Computing" and "Edge Computing" technologies. Taking into account the coverage and development of IIOT technology, it is believed that in many cases taking advantage of its full potential will be possible to combine clouds, fog and edge calculations. In this article, Industrial Internet technology of things, its integrated "Cloud", Fog ", Edge technologies are being investigated and differences between them, distribution-based approaches between levels are discussed.
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