物联网中普及通信网络的可扩展性

M. Khayyat, N. Akkari
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引用次数: 0

摘要

未来物联网的愿景是促进海量异构终端用户之间的互操作性,同时加快对其在云中庞大而无处不在的智能应用程序的顺利访问。分布在云上的大量事物对当前的物联网架构产生了巨大的负担。因此,本文旨在实现未来物联网的可扩展性。为了得到这个解决方案,我们首先调查了在尝试获得可伸缩性时遇到的挑战。之后,我们定义了主要需求以及它们的关键使能技术,以实现分布式物联网环境中的可扩展性。最后,设计了一个具有中央管理和控制的参考模型,满足定义的可扩展性要求,以达到期望的未来物联网架构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scalability of Pervasive Communication Networks in IoT
The vision of the future IoT is to facilitate interoperability between the massive heterogeneous end-users’ terminals, and at the same time, expedite smooth access to their vast and pervasive smart applications in the cloud. This huge number of things spread all over the cloud generates a significant burden on the current architecture of the IoT. Therefore, this paper aims to achieve scalability for future IoT. To reach the solution, we first investigated the encountered challenges when trying to attain scalability. Afterward, we define the main requirements along with their key enabling technologies to achieve scalability in the distributed IoT environment. Finally, a reference model with central management and control is designed, satisfying the defined scalability requirements to reach the desired future IoT architecture.
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