6G通信的太赫兹信道模型

Z. Hossain, Qian Li, Dawei Ying, Geng Wu, Cong Xiong
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引用次数: 2

摘要

由于可用带宽大,100-300 GHz范围内的较低太赫兹频率是6G通信系统的一个有吸引力的候选者。为了从早期开始进行系统设计,需要有一个该频率范围的信道模型。本文提出了100 - 300ghz频率范围内3GPP信道模型的综合信道参数设置。通道参数是从文献中可用的测量和光线追踪模拟数据中提取的。还提供了对参数的具体行为的见解。此外,还提供了链路预算分析,以显示信道参数对6G系统设计的影响。结果表明,在较低太赫兹频率的可用带宽下,室内场景可以实现10-100 Gbps的速率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THz Channel Model for 6G Communications
Lower THz frequency in the range 100–300 GHz is an attractive candidate for the 6G communication system thanks to the large available bandwidth. To conduct system design from early on, there is a need to have a channel model for this frequency range. This paper presents a comprehensive channel parameters set for the 3GPP channel model in the frequency range 100–300 GHz. The channel parameters have been extracted from the measurement and ray tracing simulation data available in the literature. Insights into the specific behavior of the parameters have been provided as well. Additionally, a link budget analysis is provided to show the impact of the channel parameters on the 6G system design. The results show that 10–100 Gbps rates are achievable in the indoor scenario with the available bandwidth in the lower THz frequency.
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