A Fast Acquisition Strategy of Laser Communication on Airship Platform by Small Divergence Angle Composite Scanning

Yunjie Teng, S. Tong
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Abstract

In this paper, we designed and optimized the ship-to-airship capture scheme of laser communication system according to the characteristics of airship platform. A composite scanning strategy was proposed to solve the problem of the long capture time under the condition of small divergence angle and far distance. The working principle of this composite scanning strategy and the influencing factors in the capture process were analyzed emphatically, meanwhile, LABVIEW was used to simulate the process. It is proved that the capture strategy saved a lot of capture time of dynamic laser communication between the airship and the ship. The simulation results show that the acquisition time is better than Existing modes.
飞艇平台小发散角复合扫描激光通信快速捕获策略
本文根据飞艇平台的特点,设计并优化了激光通信系统的舰对飞艇捕获方案。针对发散角小、距离远的情况下捕获时间长的问题,提出了一种复合扫描策略。重点分析了该复合扫描策略的工作原理及捕获过程中的影响因素,并利用LABVIEW对捕获过程进行了仿真。实验证明,该捕获策略大大节省了飞艇与舰船之间动态激光通信的捕获时间。仿真结果表明,该方法的捕获时间优于现有的方法。
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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