Meteorological measurement of atmospheric turbulence and FSO link attenuation amp;#x2014; Preliminary results

机译：大气湍流的气象测量和FSO链路衰减＆amp;＃x2014; 初步结果

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Atmospheric turbulences cause fast fading of the free space optical links. This document shows our first experimental results of measurement of the structure parameter of refractivity index Cn2 and its relation to free space optical attenuation on two wavelengths (830 nm and 1550 nm). Comparison with theoretical formula is also presented.

机译：大气湍流导致自由空间光学链路的快速衰落。本文献显示了我们的第一个测量折射率指数CN2结构参数的第一个实验结果及其与两个波长（830nm和1550nm）的自由空间光学衰减的关系。还提出了与理论公式的比较。

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《European Conference on Antennas and Propagation》|2014年||共3页
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作者
Brazda Vladimir; Fiser Ondrej; Pek Viktor; Pesice Petr; Schejbal Vladimir;
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原文格式 PDF
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中图分类天线;
关键词
free space optics; refractivity index; structure parameters;

机译：自由空间光学;折射率指数;结构参数;

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2. Spatial diversity for QAM OFDM RoFSO links with nonzero boresight pointing errors over atmospheric turbulence channels [J] . Ninos M. P., Nistazakis H. E., Leitgeb E., Journal of Modern Optics . 2019,第1a3期

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3. Performance of FSO Links using CSRZ, RZ, and NRZ and Effects of Atmospheric Turbulence [J] . Lubna Nadeem, M. Saadullah Qazi, Ammar Hassam Journal of Optical Communications . 2018,第2期

机译：使用CSRZ，RZ和NRZ的FSO链路的性能以及大气湍流的影响
4. Meteorological measurement of atmospheric turbulence and FSO link attenuation amp;#x2014; Preliminary results [C] . Brazda Vladimir, Fiser Ondrej, Pek Viktor, European Conference on Antennas and Propagation . 2014

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5. Downscaling techniques for retrieval of near-surface meteorological fields and turbulence parameters from atmospheric numerical model outputs. [D] . Gibbs, Jeremy Alan. 2012

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6. BER and Channel Capacity Performance of an FSO Communication System over Atmospheric Turbulence with Different Types of Noise [O] . Zixuan Xu, Guanjun Xu, Zhengqi Zheng 2021

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7. Atmospheric Turbulence Suppression Algorithm Based on APD Adaptive Gain Control for FSO Links of 5G Floating Base Stations [O] . Xiaonan Yu, Lei Xiao, Shuaihe Gao, 2020

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Meteorological measurement of atmospheric turbulence and FSO link attenuation amp;#x2014; Preliminary results

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