资源列表
satellite-position
- 首先根据卫星PRN号读取精密星历文件内容，然后通过朗格朗日内插计算出卫星的位置，里面含有sp3文件和exe程序(First read the contents of the precise ephemeris file according to the satellite PRN number, and then calculate the position of the satellite by Lange Lange interpolation, which contains sp3 fil
TestGlonass
- 本系统通过龙格库塔算法积分算法，推算出卫星轨道的精确位置，在glonass导航卫星中，可以为卫星定位提供支持。(Through the algorithm of Runge Kutta algorithm, the precise position of the satellite orbit is calculated. In the GLONASS navigation satellite, it can provide support for the satellite positioni
four constellations
- 对于不同GNSS星历生成ARAIM性能，并完成多星历双接收机时钟偏差的故障假设。在GPS星历中计算“普通地表”坐标系中的卫星位置。(For different GNSS ephemeris generation ARAIM performance, fault hypothesis and complete calendar double satellite receiver clock bias. In the GPS ephemeris, the position of the satell
历书解算及天顶视图1
- 用于读取星历YUMA和生成天顶视图，其中main主文件，希望对GPS差分定位初学者有帮助。(It is used to read ephemeris YUMA and generate zenith view, and main master file, which is helpful for beginners of GPS differential positioning.)
3
- file map generator for you
easy
- 初学导航可以看，方便我们学习，MATLAB编写，很实用(Primary navigation can be seen)
IntegratedNavigation
- 实现gps/ins组合导航的C++程序，包括gps的数据获取，INS的机械编排 及组合解算(a system united by gps and ins.)
gps.tar
- google 平台GPS 坐标优化, 仅学习使用，积极提建议(Google platform GPS coordinate optimization, only learning to use, and actively make recommendations.)
主要用于GPS的基础学习
- 主要用于GPS的基础学习与了解，使用matlab实现(Basic learning for GPS)
GPS和INS联合导航matlab程序
- 应用于GPS/IMU组合导航系统的MATLAB代码。(The MATLAB code is applied to GPS/IMU integrated navigation system.)
PEG算法和DE算法
- 介绍了LDPC编码中的PEG算法和DE(Density Evolution)算法。(The PEG algorithm and DE (Density Evolution) algorithm in LDPC coding are introduced.)
读取rinex文件
- 读取rinex2.10导航电文（.n）与观测文件（.o）(Read rinex2.10 navigation message (.N) and observation file (.O).)