A Software-Defined GPS and Galileo Receiver -- A Single-Frequency Approach

《全球卫星导航系统——GPS,GLONASS,Galileo及其他系统》书评.pdf

软件接收机的捕获算法合集，包括 GPS: L1CA, L2CM, L2CL, L5I, L5Q.Galileo: E1B, E1C, E5aI, E5aQ, E5bI, E5bQ.BeiDou: B1I.提供完整的本地码生成算法和FFT捕获算法，并且提供标准本地码参考对照和真实信号，提供完整运行代码，只需要按照acqsource文件夹内容修改对应信号的本地码生成部分和initSettings.m中的对应参数即可运行出结果，是入门学习软件接收机的必备素材和参考。

最新的Galileo_OS_SIS_ICD_v2.0

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Intel Galileo伽利略开发板入门指南中文版

The composite binary offset carrier (CBOC) modulated signal contains multi-peaks in its auto-correlation function, which brings ambiguity to the signal acquisition process of a GNSS receiver. Currently, most traditional ambiguity-removing schemes for CBOC signal acquisition approximate CBOC signal as a HOC signal, which may incur performance degradation. Based on Galileo El CBOC signal, this paper proposes a novel adaptive ambiguity-removing acquisition scheme which doesn't adopt the approxi

详细介绍了GPS卫星导航系统的原理与应用,同时简要介绍了双星定位和GALILEO系统.

本资源收集整理了截止2016年全球六大导航定位系统的开放用户接口控制文件，文档包含导航电文格式，占用频段，PRN码和各种主要次要导航参数，子帧规格等等信息，可为您提供全面的参考。

哈夫曼经典之作，学习gps很好的参考书； Global Positioning System (GPS), originally Navstar GPS,[1][2] is a space-based radionavigation system owned by the United States government and operated by the United States Air Force. It is a global navigation satellite system that provides geolocation and time information to a GPS receiver anywhere on or near the Earth where there is an unobstructed line of sight to four or more GPS satellites.[3]