Signal Propagation and Path- Loss in 6G Mobile Telecommunication System

Zhala Soran, Shavan K. Askar, Dilshad Khosnawi, Hasan Saeed
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Abstract

As previous we know about many types of generation like (2G,3G and 4G network), and also it has been developed to the fifth – generation mobile communication system. Compare with 5G, 6G will be faster and lower latency, in 6G era, the theoretical network speed will reach to 1Tbps. That is 100 times the speed of the 5G, which is 10,000 times the speed of the current 4G. 5G is officially commercialized in 2019, but 5G has no yet covered a large area and have problems with high tariffs and incomplete network coverage ,6G network makes up for these problems. The 6G is through the integration of ground base stations and satellite communications, thus covering the whole world, it is also the real coverage. But also, there’s some issues with 6G networks, like here in this article I will explain the propagation signal for 6G and I will talk about path loss signals because it uses sub-millimeter waves or tera-hertz waves to make faster connection but it will cause so much issues in propagation filed. And explained how to address path-loss challenge.
6G 移动通信系统中的信号传播和路径损耗
正如我们之前所知道的,移动通信有多种类型,如 2G、3G 和 4G 网络,而且它已发展到第五代移动通信系统。与 5G 相比,6G 速度更快,延迟更低,在 6G 时代,理论网络速度将达到 1Tbps。这是 5G 速度的 100 倍,是目前 4G 速度的 10,000 倍。5G 于 2019 年正式商用,但 5G 还没有大面积覆盖,存在资费高、网络覆盖不全等问题,而 6G 网络弥补了这些问题。6G 是通过地面基站和卫星通信的融合,从而覆盖全球,这也是真正意义上的覆盖。但同时,6G 网络也存在一些问题,比如在本文中,我将解释 6G 的传播信号,我将讨论路径损耗信号,因为它使用亚毫米波或太赫兹波来实现更快的连接,但这会导致传播中出现很多问题。并解释如何应对路径损耗挑战。
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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