An analysis of spectrum occupancy upon the analog switch-off in the City of San Luis Potosi, Mexico

Rafael Aguilar-Gonzalez, V. Ramos, A. Prieto-Guerrero, M. Cardenas-Juarez, Ulises Pineda Rico, E. Stevens-Navarro
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引用次数: 1

Abstract

Telecommunications authorities are interested in knowing the real spectrum occupancy with the aid of several participants in the field of telecommunications. Therefore, several spectrum measurement campaigns have been made around the world. The results show a low spectrum occupancy leading to an inefficient use of the spectrum. This suggests the use of technologies like cognitive radio as a solution to improve the issue of spectrum inefficiency. Besides, the regulatory authorities are considering to cease some obsolete services so as to improve the use of the spectrum. For example, analog TV broadcasting is being replaced with digital TV, which is a process called Analog Switch-Off (ASO). In a previous work, before ASO we conducted spectrum measurements in the City of San Luis Potosi, Mexico, for the frequency range between 30 MHz and 910 MHz. In this paper, we perform a new measurements campaign with the same methodology. The aim of this new study is to analyze how the spectrum occupancy has evolved after the Mexican government and telecommunications companies implemented ASO. Thus, we present the results of spectrum occupancy after ASO with an average duty cycle of 15% for the frequency range just mentioned.
墨西哥圣路易波托西市模拟关闭时频谱占用分析
电讯当局有兴趣在电讯领域若干参与者的协助下,了解频谱的实际占用情况。因此,在世界范围内开展了一些频谱测量活动。结果表明,频谱占用率低导致频谱利用效率低。这表明,使用认知无线电等技术可以改善频谱效率低下的问题。此外,规管当局正考虑停止一些过时的服务,以改善频谱的使用。例如,模拟电视广播正在被数字电视取代,这是一个被称为模拟关闭(ASO)的过程。在ASO之前的一项工作中,我们在墨西哥的圣路易斯波托西市进行了频谱测量,频率范围在30 MHz到910 MHz之间。在本文中,我们使用相同的方法进行了新的测量活动。这项新研究的目的是分析在墨西哥政府和电信公司实施ASO之后,频谱占用是如何演变的。因此,我们给出了上述频率范围在ASO后平均占空比为15%的频谱占用结果。
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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