Performance improvement of free space optical link by varying transmitter and receiver aperture diameter

机译：通过改变发射器和接收器孔径来改善自由空间光链路的性能

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Free space optical communication system (FSO) is a potential solution for increasing bandwidth demands. The FSO has a capability to provide high speed data communication, economic and quick deployable. Although FSO has many advantages, but at the same time FSO faces a major challenge from scintillation introduced by atmospheric turbulence. In this paper, the simulation performance investigation FSO Link using different combinations of transmitter and receiver aperture has been investigated. The performances are analyzed in terms of bit error rate (BER), Quality factor (Q) and eye diagrams. The maximum length of the FSO link achieved is 10 Km.

机译：自由空间光通信系统（FSO）是增加带宽需求的潜在解决方案。 FSO具有提供高速数据通信，经济且可快速部署的功能。尽管FSO具有许多优势，但同时FSO面临着来自大气湍流引发的闪烁的主要挑战。在本文中，研究了使用发射器和接收器孔径的不同组合进行的FSO Link仿真性能研究。根据误码率（BER），质量因数（Q）和眼图对性能进行了分析。 FSO链接的最大长度为10 Km。

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来源
《2015 Global Conference on Communication Technologies》|2015年|761-766|共6页
会议地点 Thuckalay(IN)
作者
Kaur Harsimranjit; Bhardwaj Aashima; Soni Gaurav;
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作者单位

Dept. of Electron. Commun. Eng., Amritsar Coll. of Eng. Technol., Amritsar, India;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
BER; FSO; Q factor; Receiver aperture diameter; Transmitter aperture diameter;

机译：BER; FSO; Q因子;接收器孔径直径;发射器孔径直径;

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专利

1. Comparison of Aperture Averaging and Receiver Diversity Techniques for Free Space Optical Links in Presence of Turbulence and Various Weather Conditions [J] . Prabhmandeep Kaur, Virander Kumar Jain, Subrat Kar Journal of Optical Communications . 2014,第4期

机译：存在湍流和各种天气条件下的自由空间光链路的平均光和接收器分集技术的比较
2. Performance enhancement by aperture averaging in terrestrial and satellite free space optical links [J] . Anjitha Viswanath, Pooja Gopal, Virander Kumar Jain, Optoelectronics, IET . 2016,第3期

机译：通过地面和卫星自由空间光链路中的平均孔径来提高性能
3. Performance analysis of free space optical links using multi-input multi-output and aperture averaging in presence of turbulence and various weather conditions [J] . Kaur Prabhmandeep, Jain Virander Kumar, Kar Subrat Communications, IET . 2015,第8期

机译：在存在湍流和各种天气条件的情况下，使用多输入多输出和孔径平均对自由空间光链路进行性能分析
4. Performance improvement of free space optical link by varying transmitter and receiver aperture diameter [C] . Kaur Harsimranjit, Bhardwaj Aashima, Soni Gaurav Global Conference on Communication Technologies . 2015

机译：不同发射器和接收器光圈直径的自由空间光链路的性能改进
5. Underwater Free-Space Optical Communication Using Smart Transmitters and Receivers. [D] . Simpson, Jim A. 2012

机译：使用智能发送器和接收器的水下自由空间光通信。
6. High-Capacity Free-Space Optical Communications Between a Ground Transmitter and a Ground Receiver via a UAV Using Multiplexing of Multiple Orbital-Angular-Momentum Beams [O] . Long Li, Runzhou Zhang, Zhe Zhao, -1

机译：使用多轨道角动量光束的多路复用技术通过无人机在地面发射器和地面接收器之间进行大容量自由空间光通信
7. Design and Analysis of BER of 200 GBPS Free Space Optical Communication System with Varying Receiver Aperture [O] . Ankita Shivhare, Ankita Mowar, Soni Chaglani 2015

机译：不同接收孔径200 Gbps自由空间光通信系统的设计与分析
8. Transmitters and receivers in free space optical communications for Deep Space links [R] . Beebe, J. 2003

机译：用于深空链路的自由空间光通信中的发射器和接收器

Performance improvement of free space optical link by varying transmitter and receiver aperture diameter

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