Tracking-of-Kalman

基于等均值等方差的图象矢量量化Matlab程序(Based on the mean variance of the image, such as vector quantization Matlab procedures)

说明：  用MATLAB编写的模拟退后程序，为通用模板，下载后修改即可使用。(Using MATLAB simulation back to prepare procedures for the generic template, modified to use after downloading.)

说明：  Sheffield大学Matlab遗传算法工具箱,在MATLAB中设置路径后可直接调用(University of Sheffield Matlab genetic algorithm toolbox in MATLAB can be called directly after setting the path)

求信噪比的MATLAB源代码，用于通信系统学习(the matlab code for work out the SNR，for communication study)

js color sample to get selection color

时域有限差分方法，matlab程序 犹他州大学程序(fdtd method 1Dspace code www.ece.utah.edu )

MOM MATLAB RWG奇函数 用MATLAB语言写的矩量法程序，用于计算线天线或面天线的电路参数和辐射参数。(MOM MATLAB RWG odd function using MATLAB language to write procedures moment method for calculating antenna or antenna circuit parameters, and radiation parameters.)

ICA算法的Matlab实现-fast fixed-point algorithms ICA Matlab (ICA algorithm by Matlab-fast fixed-point algorithms ICA Matlab)

说明：  产生gps编解码中的C/A码的程序，matlab编写(A matlab program produces the C/A code of GPS)

xwch_test.m是主测试文件；biaoji.mat存放滤波器系数；xiangweicha.m用FFT计算相位差。 仿真框架为： 1.标记信号和双音信号续接作为发送信号； 2.对双音中一个频率分量的相位做偏移，再经过一个低通滤波器（引入线性相位，模拟收发不能同步测量现象）后，作为收到的信号； 3.用一个检测信号对收发信号进行相关运算； 4.画出收发信号以及相关处理后的信号。找出相关信号的那个尖点，从而推算出收发双音信号0相位点； 5. 输入0相位点位置，计算相对相位差。(xwch_test.m is the main test file biaoji.mat store filter coefficients xiangweicha.m calculated using FFT phase difference. Simulation framework: 1. Mark signals and then as a two-tone signal continued to send signals 2. On a two-tone frequency components of the phase shift to do, and then through a low pass filter (the introduction of linear phase, simulation can not simultaneously send and receive measuring the phenomenon), the as received signal 3. using a detection signal of the transceiver signal correlation operation 4. draw send and receive signals and related processed signal. Correlated signal of the cusp, which calculate the two-tone signal transceiver 0 phase point 5. Enter 0 phase point position, calculate the relative phase difference.)