面向自由空间光学技术分析的光学-无线系统设计

Maskay Pub Date : 2023-10-10 DOI:10.24133/maskay.v14i1.3159
Jhandry Torres-Rojas, Paulo Samaniego-Rojas
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引用次数: 0

摘要

本文对自由空间光学(FSO)进行了研究,确定了其主要优点和局限性。还考虑了在厄瓜多尔Loja市设计FSO技术的实际案例研究,评估合适的部署地点、气候条件和选定节点之间的视线,以及所考虑的设备的技术特性。还进行了路径损耗和通道几何分析,其中获得的结果有助于了解在何种大气条件下可以获得最佳链路。通过使用Optisystem软件进行仿真,考虑了几种研究场景,验证了该研究的有效性。确定的实际结果之一是FSO技术在不同大气条件下支持的传输速率超过3公里,以及与受类似因素限制的其他技术(如射频)相比提供的高带宽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diseño de un sistema óptico-inalámbrico orientado al análisis de la tecnología free space optics
In this paper, a study oriented to Free Space Optics (FSO) is carried out, identifying its main benefits and limitations. A practical case study is also considered in the city of Loja (Ecuador) for designing FSO technology, assessing suitable sites for deployment, climatic conditions and line of sight between the selected nodes, and technical characteristics of the equipment considered. Path loss and channel geometry analyses are also performed, where the results obtained allow understanding under which atmospheric conditions an optimal link is available. The study is validated through the execution of simulations using Optisystem software by considering several study scenarios. One of the actual results identified is the transmission rate supported by FSO technology in different atmospheric conditions, exceeding 3 km, and the high bandwidth offered compared to other technologies, such as RF, that are limited by similar factors.
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