Enabling 5G and IoT: In Search of More Spectrum for Connected Devices

E. Some, B. Boots, Gregory Gondwe
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引用次数: 1

Abstract

The internet of things (IoT) is the notion of all devices and products being connected to the internet rather than only computers and mobile devices, as has been the case until the recent past. The IoT is already booming, and its adoption will only accelerate in coming years. At the same time, the world continues to go wireless. Wired internet and telephone connections are becoming rarer with each passing year, and consumers expect and demand wireless communications more and more. One critical enabling technology for the IoT is wireless communications: IP-cameras, printers, kitchen appliances, and more deliver greater flexibility in their design when they do not need a wired connection to access the internet. In this paper, a flexible spectrum management framework to enable greater innovation, investment, and flexibility in IoT products, as well as the necessary architecture that will enable a wider deployment of IoT is proposed. An illustration and analogy from the success of the unlicensed bands used for Wi-Fi technology, and the accompanying supporting organizations that enable Wi-Fi's success are drawn.
启用5G和物联网:为连接设备寻找更多频谱
物联网(IoT)是所有设备和产品都连接到互联网的概念,而不仅仅是计算机和移动设备,就像最近的情况一样。物联网已经蓬勃发展,它的采用只会在未来几年加速。与此同时,世界继续走向无线化。随着时间的流逝,有线互联网和电话连接变得越来越少,而消费者对无线通信的期望和需求越来越大。物联网的一项关键使能技术是无线通信:ip摄像机、打印机、厨房电器等在不需要有线连接访问互联网的情况下,在设计上提供了更大的灵活性。本文提出了一个灵活的频谱管理框架,以实现物联网产品的更大创新、投资和灵活性,以及实现物联网更广泛部署所需的架构。从Wi-Fi技术中使用的免许可频段的成功以及使Wi-Fi成功的相关支持组织中得出了一个例证和类比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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