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GNSS--software-receiver

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  《GNSS单频软件接收机应用与编程》光盘(GNSS software receiver)

文件列表：

《GNSS单频软件接收机应用与编程》源程序
......................................\mfiles
......................................\......\chapter2
......................................\......\........\Contents.m,243,2010-09-25
......................................\......\........\p2_1.m,646,2009-05-06
......................................\......\........\p2_2.m,453,2009-05-06
......................................\......\........\p2_3.m,1176,2009-05-06
......................................\......\........\p2_4.m,2144,2009-05-06
......................................\......\........\p2_5.m,597,2009-05-06
......................................\......\........\p2_6.m,376,2009-05-06
......................................\......\........\psdgra.m,1434,2009-05-06
......................................\......\chapter3
......................................\......\........\CalDat.asv,867,2009-05-26
......................................\......\........\CalDat.m,877,2009-05-06
......................................\......\........\coast0.mat,183865,2009-05-06
......................................\......\........\Coastline.dat,1328988,2009-05-06
......................................\......\........\Contents.m,1641,2009-05-06
......................................\......\........\EccAnom.asv,1116,2009-05-26
......................................\......\........\EccAnom.m,877,2009-05-06
......................................\......\........\ecef2llh.m,607,2009-05-17
......................................\......\........\EclMatrix.m,242,2009-05-06
......................................\......\........\EqnEquinox.m,682,2009-05-06
......................................\......\........\Exercise_1.m,2855,2009-05-06
......................................\......\........\fnanmax.m,1902,2009-05-26
......................................\......\........\GAST.m,435,2009-05-06
......................................\......\........\GHAMatrix.m,535,2009-05-06
......................................\......\........\GMST.m,916,2009-05-06
......................................\......\........\GPST2Mjd.m,244,2009-05-23
......................................\......\........\gpstime.m,1981,2009-05-06
......................................\......\........\Integrator.m,8233,2009-05-06
......................................\......\........\kep2cart.m,1492,2009-05-06
......................................\......\........\kepler.m,1549,2009-05-06
......................................\......\........\KeplerEle.asv,1224,2009-05-06
......................................\......\........\KeplerEle.m,1227,2009-05-06

......................................\......\........\llh2ecef.m,598,2009-05-17
......................................\......\........\MeanObliquity.m,291,2009-05-06
......................................\......\........\Mjd.m,927,2009-05-17
......................................\......\........\Mjd2GPST.m,354,2009-05-06
......................................\......\........\NutAngles.asv,8625,2009-05-06
......................................\......\........\NutAngles.m,8471,2009-05-06
......................................\......\........\NutMatrix.m,1006,2009-05-06
......................................\......\........\p3_1.asv,2407,2009-05-06
......................................\......\........\p3_1.m,2291,2009-05-06
......................................\......\........\p3_2.m,9683,2009-05-06
......................................\......\........\p3_3.m,8233,2009-05-06
......................................\......\........\pdpddp.m,1555,2009-05-17
......................................\......\........\PoleMatrix.m,700,2009-05-06
......................................\......\........\PrecMatrix.m,978,2009-05-06
......................................\......\........\RungeKutta4.m,536,2009-05-06
......................................\......\........\skyplot2.asv,2937,2009-05-26
......................................\......\........\skyplot2.m,2937,2009-05-06
......................................\......\........\State.m,1241,2009-05-06
......................................\......\........\sunsync.m,712,2009-05-06
......................................\......\........\TimeSptlResltn.m,9646,2009-05-06
......................................\......\........\topocent.m,832,2009-05-17
......................................\......\........\yprime.m,223,2009-05-06
......................................\......\........\yprimef.asv,362,2009-05-06
......................................\......\........\yprimef.m,362,2009-05-06
......................................\......\chapter4
......................................\......\........\boc.asv,1123,2009-05-06
......................................\......\........\boc.eps,22761,2012-11-12
......................................\......\........\boc.m,1255,2009-05-06
......................................\......\........\Contents.m,276,2009-05-06
......................................\......\........\DSSS.m,3730,2009-05-06
......................................\......\........\ephemerid.m,3275,2009-05-06
......................................\......\........\GPST2Mjd.m,814,2009-05-06
......................................\......\........\gpstime.m,2107,2009-05-06
......................................\......\........\p4_1.m,803,2009-05-06
......................................\......\........\p4_2.m,581,2009-05-06
......................................\......\........\p4_3.m,855,2009-05-06
......................................\......\........\p4_4.m,1049,2009-05-06
......................................\......\........\p4_5.m,596,2009-05-06
......................................\......\........\PRNgen.m,2176,2009-05-06
......................................\......\........\prnnav.m,331,2009-05-06
......................................\......\........\psdgra.m,337,2009-05-06
......................................\......\........\readnav.m,2005,2009-05-06
......................................\......\........\zimm2500.06n,1281168,2009-05-06
......................................\......\chapter5
......................................\......\........\Contents.m,184,2009-05-06
......................................\......\........\exercise.m,756,2009-05-06
......................................\......\........\p5_1.m,891,2009-05-06
......................................\......\........\p5_2.m,565,2009-05-06
......................................\......\........\p5_3.m,987,2009-05-06
......................................\......\........\psdgra.m,1434,2009-05-06
......................................\......\chapter6
......................................\......\........\Contents.m,155,2009-05-06
......................................\......\........\p6_1.m,1281,2009-05-06
......................................\......\........\p6_2.m,1412,2009-05-06
......................................\......\........\p6_3.m,1119,2009-05-06
......................................\......\........\rom.coe,26226,2009-05-06
......................................\......\........\signal.mat,2693,2009-05-17
......................................\......\........\signal2.mat,2090167,2009-05-17
......................................\......\chapter7
......................................\......\........\Azimuth_Elevation.m,469,2009-05-06
......................................\......\........\calculatePLLCoef1.m,343,2009-05-17
......................................\......\........\Calc_Azimuth_Elevation.m,1389,2009-05-06
......................................\......\........\coast0.mat,68688,2009-05-06
......................................\......\........\data.mat,2693,2009-05-06
......................................\......\........\data_long.mat,2090167,2009-05-06

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  • GM(1_1)
    GM(1,1)模型1-4 1：GM(1,1)模拟模型，在matlab中的输入方法为gm1（x），x指要模拟的序列。 2：GM(1,1)预测模型，在matlab中的输入方法为gm2（x，K），x指要模拟的序列，K指从以后序列第一个数据算起的第k个待预测数据。 3：GM(1,1)群模拟模型，在matlab中的输入方法为gm3（x），x指要模拟的序列。 4：GM(1,1)群预测模型，在matlab中的输入方法为gm4（x，K），x指要模拟的序列，K指从以后序列第一个数据算起的第k个待预测数据。 gm4对序列趋势比较好的数据预测效果较好，对上下变动的数据，特别是后4个数据趋势跟前面的数据相反的，预测效果很差。 gm2对上下变动的数据，预测效果比gm4好，但对趋势较好的数据，预测精度没有gm4高。 gm3比gm1模拟精度要高。 可以以x=[1 3 5 7 9 11 13 15]进行实验。x输入默认行向量。 所有程序在matlab6.0上调试通过。(GM (1,1) 1-4 1 : GM (1,1) simulation model Matlab in the input method for gm1 (x), x entail simulation sequence. 2 : GM (1,1) model, in the Matlab input method for gm2 (x, K), x entail simulated sequence, from the K refers to the first series after a run of data k pending forecast data. 3 : GM (1,1)- simulation model, in the Matlab input method for gm3 (x), x entail simulation sequence. 4 : GM (1,1)- forecasting model, in the Matlab input method for gm4 (x, K), x entail simulated sequence, from the K refers to the first series after a run of data k pending forecast data. Gm4 right sequence relatively good trend data predicted better results, the next change in the data, especially after four data with the previous trend data contrary, predict poor. Gm2 next to the change in forecast resu)
    2007-05-31 11:13:42下载
    积分：1
  • VectorSV3pwm7Area6
    使用matlab的语言编写的三电平SVPWM仿真程序，在simulink平台下使用(Use the matlab language of three-level SVPWM simulation program, used in simulink platform)
    2020-11-02 19:59:56下载
    积分：1
  • 2008PCPSCP-PSURFPPresentationP2
    变电站的红外图像与可见光图像的配准研究，在matlab的图像配准代码(Registration in the infrared and visible image of the substation, the matlab code for image registration)
    2016-08-31 20:35:59下载
    积分：1
  • STFT
    信号的短时傅立叶变换，paper2_2_1为主程序，仿真不同窗长下短时傅立叶变换的时频聚集度。stftxz为修正的短时傅立叶变换。(Short-time Fourier transform signals, paper2_2_1 main program, the simulation under different window length short time Fourier transform of the frequency of aggregation. stftxz to correct short-time Fourier transform.)
    2014-08-24 21:34:50下载
    积分：1
  • BP1
    BP神经网络实现图像压缩，用的matlab语言，图像处理中很常用的(BP neural network image compression, using matlab language, very commonly used in image processing)
    2015-04-13 08:49:02下载
    积分：1
  • simulation
    this code is for simulation solution
    2012-08-02 14:30:41下载
    积分：1
  • rufjazbk
    DC-DC部分采用定功率单环控制，klxUkix参数对于初学者具有参考意义，包含收发两个客户端的链路级通信程序,包含位置式PID算法、积分分离式PID，vwWPfDq条件包含优化类的几个简单示例程序，部分实现了追踪测速迭代松弛算法。( DC-DC power single-part set-loop control, klxUkix parameter For beginners with a reference value, Contains two clients receive link-level communications program, It contains positional PID algorithm, integral separate PID, vwWPfDq condition Optimization class contains several simple sample programs, Partially achieved tracking speed iterative relaxation algorithm.)
    2016-02-19 23:47:43下载
    积分：1
  • m_fh_simulatin_err_ratio
    利用m序列生成跳频序列并用于跳频通信，并给出误码率曲线(Use of m sequences generated hopping sequence and used for frequency hopping communications, and give the bit error rate curve)
    2021-04-01 20:59:07下载
    积分：1
  • LS_esprit
    LS-ESPRIT算法，能够有效的测出信号的位置(LS-ESPRIT algorithm can effectively detect the location of the signal)
    2013-12-04 11:35:01下载
    积分：1
  • fuhuanzhoucheng
    浮环轴承的轴心轨迹的求解，设计龙格库塔微分方程的求解(Solving floating ring bearing the orbits designed Runge-Kutta differential equation)
    2021-04-19 15:18:51下载
    积分：1
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