MATLAB

pcm编码的MATLAB实现，主要是通过13折线吗，取样量化编码的实现。(pcm encoded MATLAB realize, mainly through the 13 line it, the realization of sampling quantization coding.)

TFIDF计算方法详细解释，代码解释很多，也有帮助文档(TFIDF calculation method explained in detail, explain a lot of code, but also help documentation)

说明：  对比capon和music算法的测向效果，music采用特征分解法，测向比Capone更准确(Comparison of capon and music finding algorithm results, music by feature decomposition method, finding more accurate than Capone)

和MATLAB的其他组件相比，Simulink的一个突出特点就是它完全支持图形用户界面，这样就极大地方便了用户的操作方法。在MATLAB2009中，可以直接在Simulink环境中运行时的工具包很多，包括通信、控制、信号、电力等各个领域，所涉及的内容也比较广泛和专业。(And MATLAB other components, compared to a prominent characteristics of Simulink is it fully supports the graphical user interface, this great show where the user operation methods. In MATLAB2009, can be directly in Simulink environment operation toolkit many, including the communication, control, signal, electric power and other areas, involved the content is more extensive and professional.)

大间隔最近邻居（Large margin nearest neighbor (LMNN)）分类算法是统计学的一种机器学习算法。该算法是在k近邻分类其中学习一种欧式距离度量函数。(Spaced nearest neighbor (Large margin nearest neighbor (LMNN)) classification algorithm is a statistical machine learning algorithms. The algorithm is learning a Euclidean distance metric function where k nearest neighbor classification.)

说明：  上传的是matlab和c的混合编程视频，希望大家能够喜欢。(Upload the matlab and c mixed programming video, hope that we can enjoy.)

基于稀疏变量的欠定盲源分离，可以解决源数大于传感器数的问题，即欠定盲源分离问题。(Based on the sparse variable underdetermined blind source separation, can solve the source number is greater than the number of sensors the problems, i.e. underdetermined blind source separation.)

M/M/1单服务台或M/M/S(n)排队系统仿真 （用事件调度法实现离散事件系统仿真） (M/M/1 single desk or M/M/S (n) Queuing System Simulation (Event Scheduling Method using Discrete Event System Simulation))

现代通信系统第一章 matlab程序源码(The first chapter of modern communication systems matlab program source)

运用MATLAB环境实现DMC算法，详细的MATLAB编码，大家可以参考下(DMC algorithm using MATLAB environments and detailed MATLAB code, we can refer to the following)