process of CDMA using Matlab

小波变换去噪，matlab源代码，可以去除高频噪声(Wavelet denoising, matlab source code, can remove high frequency noise)

利用Peng_Robinson EOS 计算常见纯组分气体逸度和密度。利用matlab运行求解。(Peng Robinson is used to calculate the density and fugacity of single component gas at given pressure with Peng-Robinson equation.)

说明：  phone book for add or remove telephone numbers in text file

基于MATLAB的PCM系统实现，采用u律压缩算法，供测试使用(MATLAB-based PCM system implementation, using u-law compression algorithm for testing)

上面的程序是可以通用的，只要你根据自己需要是可以修改用在其他地方的，基本思想就是用前lag年的人口数来预测下一年的人口，至于lag等于几你是可以自己改的。还有在对结果好坏的判断中，仅仅看误差图是不够的，如果是一个好的预测，那么自相关性图中除了0阶自相关外，其他的自相关系数系数都不应该超过上下置信区间。(The above program can be common, as long as you can modify it in other places, as long as you need it, the basic idea is to predict the population of the next year with the number of people in the previous lag years. As for lag, you can change it. In the judgment of the good and bad results, it is not enough to look at the error graph only. If it is a good prediction, the self correlation coefficient of the autocorrelation graph should not exceed the upper and lower confidence intervals except the 0 order autocorrelation.)

doa超分辨算法是当前雷达测角的研究热点。music算法是此类算法的基础。该仿真程序有助与迅速了解算法流程。(DOA super-resolution algorithm is the research hotspot of radar angle measurement. The music algorithm is the basis of this kind of algorithm. The simulation program helps to quickly understand the algorithm flow)

基于模板匹配的人眼定位算法，代码简单易懂，定位精度高(The eye location algorithm based on template matching, the code simple, high positioning accuracy)

chaoslyapunov指数程序是基于非线性三维系统所得，具体模型见东西部能源供需系统文章里，可以得到此系统混沌，因为李亚普诺夫指数有大于零的情形

Video player to access single video frames for further processing. (e.g.: annotations, retrieve coordinates of single pixels, etc) The player can either be controlled using its GUI or remotely by method calls. It also features various events and properties allowing the user to keep track of the player state and playback process.

这是关于dsttd自适应调制的非常好的一片文章(dsttd adaptive modulation on the article a very good)