无线激光通信中的光束非共视轴对准技术研究
Research on Beam Non-Confocal Axis Alignment Technology in Wireless Laser Communication
张雪瑞 1李阳 1阿卜来提·阿卜拉 1宁浩 1马尧1
作者信息
- 1. 国网新疆电力有限公司信息通信公司,新疆 乌鲁木齐 830002
- 折叠
摘要
无线激光通信是一种新型的通信方式,它利用激光作为传输媒介传递信息.与传统的无线电通信方法相比,无线激光通信具有更高的带宽和更短的延迟时间.但由于激光传播需要直线传播路径,因此在实际应用中往往存在一定局限性.而光束非共视轴对准技术正是为了解决这一问题而产生的.从光束非共视轴对准系统的组成及原理出发,通过设计二维反射镜跟踪系统,达到了光束非共视轴对准的目的,可为后续研究工作提供基础知识和理论支持.
Abstract
Wireless laser communication is a new type of communication method that uses laser as a transmission medium to transmit information.Compared with traditional wireless communication methods,wireless laser communication has higher bandwidth and shorter delay time.However,due to the need for a straight propagation path for laser propagation,there are often certain limitations in practical applications.The non-confocal axis alignment technology of light beams was developed to address this issue.Starting from the composition and principle of the non-confocal axis alignment system of the beam,the goal of non-confocal axis alignment of the beam has been achieved by designing a 2D reflector mirror tracking system,which can provide basic knowledge and theoretical support for subsequent research work.
关键词
无线激光通信/二维反射镜/追踪系统Key words
wireless laser communication/2D reflector/tracking system引用本文复制引用
出版年
2024
NETL
NSTL
万方数据