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arXiv 2304.01643eess.SP
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利用多跳与Mesh太赫兹/自由空间光通信网络实现高速率可靠通信

High-rate Reliable Communication using Multi-hop and Mesh THz/FSO Networks

Praveen Kumar Singya, Behrooz Makki, Antonio D'Errico, Mohamed-Slim Alouini

AI总结:

本文研究多跳与mesh混合THz/FSO回传网络,通过不同部署及链路切换、合并方法,在IAB与非IAB场景下评估多种信道和系统参数影响,证明混合方案可显著提升高速通信可靠性。

摘要:

在本工作中,我们考虑用于高数据速率通信的多跳和mesh混合太赫兹/自由空间光通信(THz/FSO)回传网络。结果分别针对带外集成接入与回传(IAB)以及基于非IAB的通信设置两种情形给出。我们考虑THz和FSO网络的不同部署,并考虑混合FSO/THz链路之间的切换与合并方法。我们研究大气湍流、大气衰减和指向误差对FSO通信的影响。THz通信则受到小尺度衰落、路径损耗和失准误差的影响。最后,我们评估大气衰减/路径损耗、指向/失准误差、小尺度衰落、大气湍流、天线数量、用户设备数量、跳数以及阈值数据速率对所考虑系统性能的影响。正如我们所示,借助不同的网络部署和切换/合并方法,THz/FSO链路的混合实现显著提升了网络可靠性。

英文摘要:

In this work, we consider multi-hop and mesh hybrid teraHertz/free-space optics (THz/FSO)-based backhaul networks for high data-rate communications. The results are presented for the cases with both out-band integrated access and backhaul (IAB) and non-IAB based communication setups. We consider different deployments of the THz and FSO networks and consider both switching and combining methods between the hybrid FSO/THz links. We study the impact of atmospheric turbulence, atmospheric attenuation, and the pointing error on the FSO communication. The THz communication suffers from small scale fading, path-loss, and the misalignment error. Finally, we evaluate the effects of atmospheric attenuation/path-loss, pointing/misalignment error, small-scale fading, atmospheric turbulence, number of antennas, number of user equipments, number of hops, and the threshold data-rates on the performance of considered systems. As we show, with different network deployments and switching/combining methods, the hybrid implementation of the THz/FSO links improves the network reliability significantly.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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