搜索资源列表
satellite
- 用于GPS卫星的位置和速度解算，输入的参数为卫星的星历及所要计算的时刻-GPS satellites for the position and velocity solution, the input parameters for the satellite ephemeris and to calculate the moment
AccBiasCarousel
- GPS的卫星星历$RGEA 983 181267.50 14 B00FF 2 21239223.084 0.051 -111612873.189 0.004 65.980 50.7 1066.340 83E14 2
glonassPpvt
- GLONASS单点定位程序，可以根据卫星星历解算地面点坐标。-According GLONASS ephemeris files, calculate GLONASS satellite coordinates.
SPP
- 根据GPS卫星观测文件（.00O）与星历文件(.00N)，计算各历元测站的位置。-According to documents GPS satellite observations (.00 O) and ephemeris file (.00 N), calculated each epoch station location.
sv
- 根据卫星星历和时间数据计算卫星在天球坐标系中的坐标。-Based on satellite ephemeris and time data of the satellite coordinates of the celestial coordinate system.
2008302590115
- 根据星历文件算卫星坐标。。这是我们实习用的。绝对正确-Calculated according to the satellite coordinates of the ephemeris file. . This is our practice to use the. Absolutely right
GPSSatCalc
- GPS星历文件解算。包括，将世界时转换为GPS时和读取星历文件中的数据并存储等。-The GPS ephemeris File solver. Including conversion for GPS and to read the ephemeris file data storage.
satnav3
- 卫星导航工具箱3.0.可以计算伪距、各种GPS误差、卫星星历等等。-SATNAV3 TOOLBOX FOR MATLAB
OrbitDynamics
- 卫星轨道动力学的解算，如轨道根数的求解，星历计算等。-Satellite orbital dynamics solver, such as orbital solving
attitude-determination-with-GPS-
- 多天线姿态确定工具箱，包括星历读取、单点定位、差分定位、坐标转换、定姿等-In this paper a MATLAB toolbox for determining the attitude of a rigid platform by means of multiple non-dedicated antennas using global positioning system is presented. The programs embedded in this toolbox cover
GPS
- 基于C++运用广播星历获取摄动参数对GPS卫星轨道位置计算。-The use of C++ broadcast ephemeris acquisition perturbation parameter calculation of GPS satellite orbit based on location.
GPS-application-program-code
- 完整的gps应用程序，包括前端数据采集程序 读取星历程序、单点定位程序，差分定位程序、RTCM电文编码译码程序等-GPS application software
GPSPosSolution
- 此代码主要通过接收机存储的星历文件和伪距信息完成GPS单点定位-This code is used for GPS position solution with ephemeris file and pseudorange.
Calculated-the-satellite-position
- 由卫星星历计算卫星位置，是由c#语言编写，有简易的界面，公式准确，已验证过正确性-Calculated by the satellite ephemeris, the satellite position, is written by c# language, has a simple interface, accurate formula, correctness has been verified
orbit
- 地月系统中，探月航天器运动的简单的数学模型，月球绕地运动近似为匀速圆周运动，程序中各天体坐标可以在JPL的星历表中查询修改。(In the Earth Moon system, the simple mathematical model of lunar exploration spacecraft motion is similar to the uniform motion around the moon. The coordinates of celestial bodies can be