Point Ahead Angle(PAA) Estimation and a Control Algorithm for Satellite-Pointing of the Ground Terminal in Satellite-to-Ground Optical Communication

Taehyun Yoon
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Abstract

Free-space optical communication technology enables the high-speed data transmission and excellent anti-jamming security. We conduct research on satellite-to-ground free-space optical communication links for high-speed transmission of large-capacity surveillance and reconnaissance data. Since the satellite continues to move along its orbit while the optical signal is transmitted between the satellite and the ground, the pointing angle of the beam from the ground terminal needs to be corrected by Point Ahead Angle(PAA) so that the transmitted light reaches the expected location of the satellite. In this paper, we present the algorithm for PAA estimation and control.
卫星对地光通信中地面终端卫星指向的前角(PAA)估计和控制算法
自由空间光通信技术可实现高速数据传输和卓越的抗干扰安全性。我们对用于高速传输大容量监视和侦察数据的卫星到地面自由空间光通信链路进行了研究。由于在卫星和地面之间传输光信号时,卫星会沿着轨道继续移动,因此需要对来自地面终端的光束的指向角进行前角(PAA)校正,以便传输的光能够到达卫星的预期位置。本文介绍了 PAA 估计和控制算法。
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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