contaminados

这是几个matlab和C++混合编程的实例，讲述的比较详细，绝对可以编译，使你拨开云雾，混编就这么简单。本源码也详细讲述了，如何在没安装MATLAB环境下如何部署，十分详细！(This is the number of matlab and C++ mixed programming examples, described in more detail, absolutely can compile, so you sweep aside the clouds, mixed that simple. The source also tells in detail how to install the MATLAB environment, not how to deploy, very detailed!)

说明：  用GUI和why写的一个小程序，一个发泄工具，通过这个你可以看英语。(Why write with a GUI and a small program, a vent tool through which you can read English.)

无味卡尔曼滤波的源代码，无味卡尔曼滤波用于估计非线性系统的状态值，优于扩展卡尔曼(tasteless Kalman Filtering source code, unscented Kalman filter for nonlinear systems estimated value of the state, better than the extended Kalman)

To plot a 16-QAM signal constellation with annotations that indicate the mapping integers to constellation points. The code uses the scatterplot function to create the plot and the text function in MATLAB to create the annotations. We follow the following steps for this.

Granger因果关系分析，程序可读性非常强，简洁明了。(Granger causality analysis, program readability is very strong, concise and clear.)

输入经纬度，获取该处高程数据的Simulink模块，可以直接调用，两个输入一个输出(a simuink model with latitud and longitude input and elevation output, can be directly connected into your simulink model.)

通过对现在汽车前轮转向机构的分析，设计了其优化算法。(By now the front wheel steering motor vehicle analysis, design of its optimization algorithm.)

The proposed approach satisfies the integrability condition and does not need any boundary condition assumptio-ns, we have designed a stand-alone, flexible Matlab implementation that enables to evaluation the proposed approach. The experiments on real images show the approaches ability to reconstruction the surface from SFS.

matlab比较简单的直方图阈值分割方法(Histogram thresholding)

通过光速不变原理介绍相对论时间膨胀公式和长度收缩效应公式，并举例进行了说明。用曲线显示时间膨胀与物体速度的关系，显示长度收缩与物体速度的关系。(Through the principle of constancy of light, relativistic time dilation formula and length contraction effect formula, and examples are described. Curve shows the time dilation and the speed of the object, showing the length contraction and the speed of the object.)