genetic-algorithm

本程序能够计算两个信号的频域相干函数和两个信号的互功率谱。(This procedure is able to calculate the two signals in the frequency domain coherence function and the two signals cross-power spectrum.)

一个变步长仿射投影算法，包括论文及仿真代码，已调试通过(A variable step-size affine projection algorithm, including the papers and the simulation code, has been debugged)

无模型自适应迭代学习控制代码实现，可运行。完全根据论文来做的，感觉论文结果有修饰过的嫌疑(model-free adaptive iterative learning control )

利用matlab仿真GMSK的源程序 按照移动通信的原理编写的程序，很容易懂(simulation using Matlab GMSK according to the source mobile communications prepared by the principle procedures, it is easy to understand)

基于music算法在频域区分叠加在一起的两个信号，甚至更多信号。(Distinguish the superposition of two signals together, and even more signal in the frequency domain based on the music algorithm.)

matlab execesses,study

matlab实现huffman编码 1. norm2huff.m (encoder function) 2. huff2norm.m (decoder function) 3. frequency.m (private function) 4. huffcodes2bin.m (binary rapresentation of huffman codes) 5. huffman_bench1.m (benchmark) 6. huffman_demo1.m (demo file) 7. huffman_demo2.m (demo file) 8. huffman_test1.m (test file) 9. huffman_test2.m (test file) 10. huffman_docs.zip (documentation) 11. Disclamer.txt (this is the disclamer)(huffman coding matlab realize 1. norm2huff.m (encoder function) 2. huff2norm.m (decoder function) 3. frequency.m (private function) 4. huffcodes2bin.m (binary rapresentation of huffman codes) 5. huffman_bench1.m (benchmark ) 6. huffman_demo1.m (demo file) 7. huffman_demo2.m (demo file) 8. huffman_test1.m (test file) 9. huffman_test2.m (test file) 10. huffman_docs.zip (documentation) 11. Disclamer.txt (this is the disclamer))

模式识别的一种算法源代码，不一定适合所有人(A pattern recognition algorithm source code, not necessarily suitable for everyone)

matlab 傅里叶变换 图像的傅里叶变换，利用快速傅里叶进行图像的频率分析然后画出图形(Matlab Fourier transform The Fourier transform of the image and of the image by using the fast Fourier frequency analysis and then draw the graphics)

pps.tv进程专杀,可以设置为开机计划任务，自动清除安装pps.tv后自动运行的两个进程：ppskernel和ppsprotec,这两个进程大量占用网络带宽。(pps.tv process kill tool)