Universal ranging code generator of GNSS signals

O. K. Mikhaylova, I. Korogodin, I. V. Lipa
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引用次数: 1

Abstract

This paper reviews PRN code generation methods. Generated codes are used as ranging codes in the existing GNSSs. These codes are used to improve the accuracy of the ranging measurements. We present the structure of the universal code generator which can be used in the satellite navigation systems: NAVSTAR GPS, GLONASS, Galileo, Beidou. This generator provides the ability to generate ranging codes for almost 70% of all open navigation signals. Universal generator was implemented as a SystemVerilog module as part of the navigation receiver software. Using the receiver including this module, we have successfully received navigation signals that use different PRN codes. We also compared hardware resource utilization by universal generator and by GPS C/A ranging code generator. This analysis showed that the universal generator module uses less than 4 times more FPGA resources than the special GPS C/A generator module. However, the resource utilization of the correlator channel increases by only 5 percent.
GNSS信号的通用测距码发生器
本文综述了PRN代码生成方法。生成的代码在现有gnss中用作测距代码。这些编码用于提高测距测量的精度。提出了一种适用于卫星导航系统(NAVSTAR、GPS、GLONASS、Galileo、北斗)的通用码发生器结构。该发生器为几乎70%的开放导航信号提供了生成测距码的能力。通用发生器作为SystemVerilog模块实现,作为导航接收机软件的一部分。使用包含该模块的接收机,我们已经成功接收到使用不同PRN码的导航信号。并比较了通用码生成器和GPS C/A测距码生成器的硬件资源利用率。分析表明,通用发生器模块比专用GPS C/A发生器模块多使用不到4倍的FPGA资源。然而,相关器信道的资源利用率只增加了5%。
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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