Combined Rain Availability of 71.6/81.6 GHz and 11 GHz Multi-Band Solution

Jerico P. Trinos, Gerhard P. Tan
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引用次数: 0

Abstract

Rain significantly affects any wireless communication network's overall availability and system performance. It should be regarded as a very important criterion to be included in any type of wireless network deployment. In this study, the researchers focused on the effects of rain using ITU-R PN.837-1 in a single-box multi-band solution (71.6/81.6 GHz and 11 GHz). Part of the methodology is the combination of the result of Path Loss 5.1 simulation and MatLab to show the behavior of the communication link and analyze the results as well as the manner of availability calculation that was used. This would significantly highlight the performance of a multi-band application that looks very promising to augment the demand for high data capacity in areas where the wired network is difficult to deploy. This research is comprised of results that depict the combined availability of E-Band and Microwave Band using Path Loss and MatLab simulation in different rain climatic zones while the results are tabulated accordingly to easily understand the differences in performance of the system in different rain regions.
71.6/81.6 GHz和11ghz多频段解决方案的联合降雨可用性
Rain会显著影响任何无线通信网络的整体可用性和系统性能。它应该被视为一个非常重要的标准,包括在任何类型的无线网络部署。在这项研究中,研究人员使用ITU-R PN.837-1在单盒多频段解决方案(71.6/81.6 GHz和11 GHz)中关注降雨的影响。该方法的一部分是将路径损耗5.1仿真结果与MatLab相结合,以显示通信链路的行为并分析结果以及所使用的可用性计算方式。这将显著突出多频段应用程序的性能,该应用程序看起来非常有希望在有线网络难以部署的地区增加对高数据容量的需求。本研究通过路径损耗和MatLab仿真,描述了e波段和微波波段在不同雨气候带下的综合可用性,并将结果制成相应的表格,以便于了解系统在不同雨气候带下的性能差异。
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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