搜索资源列表
wxwz
- 卫星位置计算的算法，卫星位置计算的算法，-satellite location calculation algorithm, satellite location calculation algorithm,
DPO
- 一个相当好的摄影测量学的程序，可以对图像进行灰度提取以及二值化，有利于进行滤波计算-a very good photogrammetry procedures, the images can be extracted and two gray value, conducive to filter calculation
bancroft
- NAME data calculation location tool for GPS-NAME data calculation tool for GPS location
BPSK
- To calculation the BER of BPSK over AWGN ang Rayleigh Fading channel.
GDOP_HDOP
- GDOP & HDOP calculation for GPS asking for input arguments
elev.zip
- 计算gps卫星高度角和方位角的算法，适合初学者,Calculation gps satellite elevation angle and azimuth of the algorithm, suitable for beginners
TEC
- 利用GPS观测文件以及地面站坐标计算电离层中的总电子含量-Files, and ground stations using GPS coordinates calculation observed in the ionosphere total electron content
Velocity
- 使用C语言编写的计算GPS卫星在任意时刻的三维速度的程序-Calculation of GPS satellites at any time three-dimensional velocity
huffman
- 哈腹满编码，实现编码的纠错和生成，对任意输入的数据进行哈胡慢编码计算-Kazakhstan腹满encoding, the realization of the error-correcting coding and generation of arbitrary input data encoding Kazakhstan Hu slow calculation
GPSVBkf
- GPS卫星坐标计算与RENIX数据录入,只是没有进行地面坐标的计算-GPS satellite coordinates RENIX calculation and data entry, but he did not carry out the calculation of the ground coordinates
gps
- gps 卫星位置的计算 坐标系转换 功能很强大，适合工程人员使用-gps satellite position calculation, coordinate system conversion, function is powerful and suitable for use by project team members
skyplot
- SKYPLOT for a given receiver position Y=skyplot(X,PRN,C,O) draws the skyplot for the receiver position. The required inputdata for the calculation of the skyplot X is N-by-3*M matrix, where N are the timesteps and M is the number of the Sat
elevat
- ELEVAT calculation for elevation, zenit angle and spatial distance e_az_s=elevat(D,RHO) computes the elevation, the zenit angle and the spatial distance between a satellite(j) and a receiver(i). The receiver position (D) is a 3-by-3 matrix
GPS_GLONASS_GALILEO_SYSTEM_TIME_AND_CONVERT
- 】在当今的三大定位导航系统中, 它们各自用着自己的时间标准和坐标框架, 这使得我们在进行多样数 据处理与数据融合时很不方便。这就需要我们对此三个系统的时间系统以及坐标系统进行有效的转换, 本文就是 基于这样的需求, 详细介绍并分析了此三大系统中各自的时间系统与坐标系统, 通过对多方资料的综合、推证与 计算, 综合得出GPS、GLONASS以及GAL ILEO三大系统间的时间转换方法及坐标转换模型与公式。而且, 这些 转换公式与方法所得出的结果是完全能满足绝大多数用户的精度需求的。
Location
- 用WGS84坐标计算当前GPS手持机所在位置，并得到邮政编码。-WGS84 coordinate calculation with the current GPS handset location, and get postal code.
DOP_test
- DOP计算源代码，给出了详细的计算方法和公式-DOP calculation of the source code, gives a detailed calculation methods and formulas
galileo_sat
- 伽利略卫星的RAIM计算方法，提供源代码-Galileo satellites, RAIM calculation method, provide the source code
xingzuo_simulation
- 卫星星座解算源程序，主要表征了卫星星座的解算方程和实现方式-Satellite constellation solver source code, mainly characterized by a constellation of satellites to achieve the solution of equations and calculation methods
GPS_xingli_Calu
- 这段程序实现了GPS星历计算的仿真，实现算法是《GPS原理与应用（第二版）》中第二章的算法-This program achieved a GPS ephemeris calculation of the simulation algorithm is a " GPS Principles and Applications (Second Edition)" in Chapter II of the algorithm
SPP
- 这是GPS单点定位的工程。本工程中利用伪距信息（而非载波相位）进行单点定位的解算，得到相应点的三维坐标。-This is the GPS single point positioning works. This project the use of pseudo-distance information (rather than the carrier phase) for a single point positioning solution calculation, three-dimens