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glonass
- 1. 根据glonass的卫星星历计算指定时刻卫星的位置、速度 2. 将glonass系统的PZ90坐标转换WGS84坐标-1 According glonass satellite ephemeris calculations given moment the satellite' s position, speed 2. Glonass system PZ90 will coordinate conversion WGS84 coordinates
ReadBrodcastEphemeris
- 该代码用于读取卫星广播星历文件数据，保存在一个自定义的类中。-The code is used to read the satellite broadcast ephemeris file data stored in a custom class.
GPSSatellitePosition
- 该程序的主要功能是利用卫星星历解求卫星位置。-The program' s main function is to seek solutions using satellite ephemeris satellite position.
gps
- 该编程程序是能够结算出GPS星历以及能够用作GPS相关事宜的结算工作-The programming procedure is clearing out the GPS can be used as a GPS ephemeris and clearing work-related matters
sweph
- 瑞士星历表源代码及可执行程序，可以用来开发天文、历法及星象-Swiss ephemeris source code and executable programs that can be used to develop astronomy, calendar and astrology
SOFA
- IAU 的标准基本天文程序库SOFA 给出Fortran 版和C 版两个基本天文运算的库函数，最新版SOFA 补充了IAU 在2006 年公布的岁差模型。SOFA 由两部分组成：天文库和矢量、矩阵运算库。其中前者有109 个子程序，可以进行天文历法计算、时间计算、星历表计算、岁差章动计算、恒星空间运动计算和主要星表系统的转换，后者有52 个子程序，功能则是矢量和矩阵的各种操作，当然其中包括了球面坐标系统的变换-IAU standard basic astronomical library SOF
GetSatPos
- 根据广播的卫星星历结算卫星的瞬时位置,卫星坐标，包括了 卫星钟差校正，全局延迟-According to the instantaneous position of the satellite broadcast satellite ephemeris settlement
GPS_SPP
- C#版本的GPS伪距单点定位程序，可根据rinex观测文件和精密星历文件进行单点定位-C# code for GPS SPP
Satellite-posittion
- GPS，基于星历对GPS卫星位置进行内插计算-calculate GPS satellites position base on almanac/ephemeris data
Application
- 星历计算，通过两个观测历元来计算卫星的轨道参数-Ephemeris calculations by two epoch observations to calculate the satellite orbit parameters
WJCF
- 利用GPS伪距观测值进行差分定位的软件包，包括的主要函数有单点定位，利用广播星历求取卫星位置，伪距差分函数，各种观测文章的读取等-Using GPS pseudorange observations performed differential positioning package, including the main function of a single point positioning, the use of satellite broadcast ephemeris strike
GPS-Position-Matlab
- GPS 通过星历计算卫星坐标，及坐标转换-GPS to calculate the satellites coordinates by ephemeris, and coordinate conversion
Nereus
- 基于小行星的星历，计算从地球到小行星所需的速度增量-Based asteroid ephemeris, calculated from the Earth to the asteroid' s velocity increment needed
orbital-elements
- 卫星轨道参数正反算，根据卫星的位置和速度，求取实时卫星轨道的两行根数，即6个开普勒根数。卫星星历计算以及卫星轨道参数计算-Considered the pros and cons of satellite orbit parameters, depending on the location and speed of the satellite, two lines of strike root of the number of real-time satellite orbit that Ke
GetGNSSatPosAndVelocity
- 根据星历数据，求解GPS卫星位置和速度，求解位置和速度的步骤与鲁豫老师的《GPS全球定位接收机-原理与软件实现》中描述的方法一致。-According to the ephemeris data, solving the GPS satellite position and velocity, solution of position and velocity step accordding to Lu Yu teacher s method in "GPS global positioning
sat-positioning
- 根据广播星历计算卫星位置 利用空间前方交会的算法实现卫星定位-Satellite positioning based on broadcast ephemeris satellite position calculation algorithms utilize space intersection
rrinex
- 一段GLONASS广播星历计算的Fortran程序代码-Fortran code for some GLONASS broadcast ephemeris calculations
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-ReadSP3
- 读取 sp3 精密星历，并内插出卫星的轨道，进行精度评定。-Read sp3 precise ephemeris and interpolation of the satellite orbit accuracy assessment performed.
LAGchazhi
- 用于实现拉格朗日差值算法，可用于GPS星历计算-For the Lagrange interpolation algorithm, can be used for GPS ephemeris