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C_Programming_Communication_Foundation
- C语言实现的通信原理实验：包括伪随机数产生及其直方图统计、相关噪声模型及相关函数计算、利用计算机模拟常量信号检测的最佳接收机模型。-C language of communication principle experiments include : Pseudo-Random Number Generation and histogram statistics, Model and associated noise correlation function calculation, using
daopu
- 求基音周期，用C语音编写，处理pcm文件，用自相关算法求基音周期。-Find the pitch period, with the C language preparation, processing pcm file, auto-correlation algorithm for pitch.
matlab_BOC
- 关于GPS中BOC信号的产生，功率谱密度仿真，自相关函数以及与C/A码的互相关仿真程序。能够有效的对BOC信号的特性进行分析-On the GPS in the BOC signal generation, power spectral density simulation, the autocorrelation function as well as with the C/A code cross-correlation simulation program. Of the BOC can
paper05
- Averaging correlation foe C/A code acquisitionand tracking fir GPS receivers
VCserialoperation!
- VC串口操作 ！介绍了在串口操作方面使用的相关函数，与C++类与函数设计技巧！更容易掌握面向对象程序设计！了解封装！了解串口编程！-VC serial operation! Describes the operational use of the serial correlation function, and C++ class design skills with the function! Better understand the object-oriented programming!
gps_code
- Calculates auto- and cross-correlation between C/A codes
GPS-in-the-C--A-code-on-FPGA
- GPS中C_A码及其相关性运算的FPGA实现-GPS in C_A yards and correlation computing FPGA Implementation
digital-and-anolog
- GPS的C/A码的数字畸变的相关峰波形和模拟畸变的时域波形-GPS C/A code number of the distortion of the correlation peak to the distortion of the waveforms and simulation time domain waveform
gps
- GPS信号的matlabe仿真源代码，包括C/A码的生成及扩频和相关性分析。P码的生成扩频和相关性分析。-The matlabe simulation of GPS signal source code, including C/A code generation and spread spectrum and correlation analysis. The production of P code spread spectrum and correlation analysis.
CA code
- C\A 码的产生，以及自相关，互相关函数，画出自相关互相关图（MATLAB语句简单易懂，适合新手）(C\A code generation, as well as autocorrelation, cross-correlation function, drawn from the correlation cross correlation diagram (MATLAB statement, easy to understand, suitable for novices))
新建 好压 ZIP 压缩文件
- c-c算法可计算关联维数，延迟时间，嵌入维数等，对混沌分析有很大的意义(The C-C algorithm can calculate correlation dimension, delay time, embedding dimension and so on, which is of great significance for chaos analysis.)