NonCvxGroupSparsity

查准率与查全率的计算代码。使用matlab编写完成的。可以计算图像标注的查准率与查全率。(Precision and recall rate calculation code. Prepared using matlab complete. Image annotation can be calculated with precision recall rate.)

本程序是关于空间滤波，方位估计的卡朋算法，这是自己编写的，也已经仿真果了，可以使用(This program is estimated spatial filtering, azimuth entacapone algorithm, which I have written have been simulated fruit, you can use)

matlab仿真精华，关于三相异步电机转向的案例，很有用(the matlab simulation essence the case of three-phase asynchronous motor steering, useful)

正则化光流法的应用程序，用于图像处理，提取图像信号，并与傅里叶变换做对照(Regularization optical flow method application for image processing, to extract an image signal, and the Fourier transform as control)

This is code for QRS peak detection in ECG signal. An ECG signal is generated and it is been filtered. The output is Filtered output.

120多个用MATLAB编写的信号处理程序，它们是本书各个章节的大部分例题。用MATLAB编写的程序的名称由“exa”开头，接下来是所在的章、节及例题的序号，如exa010101,指的是第1章第1节（即1.1节）的第1个例题，即例1.1.1。如果该程序是为了说明某一个m文件的应用，则在上述名称的后面跟一个下划线，再在后面加上所说明的MATLAB文件的名称，如exa011001_rand，即是例1.10.1,该例用来说明rand.m文件的应用。(More than 120 signal processing programs written in MATLAB are most of the examples in each chapter of this book. The name of the program written in MATLAB begins with "exa", followed by the ordinal number of the chapters, sections and examples, such as exa0101, which refers to the first example of chapter 1, section 1 (i.e. section 1.1), namely example 1.1.1. If the program is to illustrate the application of an M file, then follow the above name with an underscore, and then add the name of the MATLAB file, such as exa011001_rand, which is Example 1.10.1. This example is used to illustrate the application of rand.m file.)

MATLAB　GUI　初学者的必备良花　如果不相信　下载了你就知道了　全部免费　以后多多学习(MATLAB GUI essential for good flower for beginners If you do not believe that you downloaded all the free after that to learn)

典型相关分析的源代码 亲手所做 解释详细 (Canonical correlation analysis of the source code is hand-made to explain in detail)

点目标成像程序，程序简洁，效果较好，具有一定的使用价值(ISAR image)

解决中立性微分方程的Matlab程序. 中立性微分方程即微分带时延的。(Matlab program to solve the differential equations of neutral. Use matlab to simulate.)