伽利略系统SoL数据信号中的Ushiki-Map混沌PRN研究

Zhao Chen, Tianhao Tang, Yongxing Jin
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引用次数: 1

摘要

伽利略系统的信号由导航系统面板(NSP)分配。民用航空射频信号的一些详细特性。但它需要一些简单的方法从其他信号(如GPS信号)中选择出来。所以BOC调制被推荐到伽利略系统。该算法的关键要素是随机正交信号PRN。用Ushiki-Map混沌序列表示PRN是调制伽利略系统射频信号的一种好方法。它是时域的二维图。伽利略系统空间站采用混沌BOC调制;它的地面站采用混沌CDMA2000。混沌方式提高了伽利略系统的性能,简化了调制结构,具有实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Research of Ushiki-Map Chaos PRN in SoL Data Signal of Galileo System
The signals of Galileo system were assigned by navigation systems panel (NSP). Some detailed characteristic of RF signals was civil aviation. But it needed some easy way to select out from the other signals such as GPS signal. So BOC modulation was recommend to the Galileo system. The key element of BOC was the PRN which was a stochastic and orthogonal signal. The Ushiki-Map chaos sequence was used to represent the PRN was a good way to modulate the RF signal of Galileo system. It was a two-dimension map in time domain. The space station of Galileo system used chaos BOC modulation; the earth station of it used chaos CDMA2000. The chaos way was enhanced the performance of Galileo system and simplify the structure of modulation which had practicability.
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