facedetection(matlab)

用Kalman滤波估计目标航迹的Matlab源程序,采用了最小方差法和交互多模型。(source code for estimation of target tracjectory using Kamlan filter method)

Heat equation u_t=u_xx - finite difference scheme - theta method

This control system has been successfully applied in some 750mm hot strip mill. The actual record curves indicate that the dynamic feedforward strategy can do well in controlling the tail temperature. And the FuzzyPI-Smith system can get better dynamic characteristic and effectively overcome the problems by pure lag with the traditional

The basic steps of the connected-component text extraction algorithm are given below, and diagrammed in Figure 10. The details are discussed in the following sections. 1. Convert the input image to YUV color space. The luminance(Y) value is used for further processing. The output is a gray image. 2. Convert the gray image to an edge image. 3. Compute the horizontal and vertical projection profiles of candidate text regions using a histogram with an appropriate threshold value. 4. Use geometric properties of text such as width to height ratio of characters to eliminate possible non-text regions. 5. Binarize the edge image enhancing only the text regions against a plain black background. 6. Create the Gap Image (as explained in the next section) using the gap-filling process and use this as a reference to further eliminate non-text regions the output.

帧差发源代码，来自matlab中文论坛，毕业设计需要(The frame difference originated code from Matlab Chinese Forum, graduation design needs)

两个平面波展开程序，关于二维结构，希望对大家有所帮助。(Two plane wave expansion method programs,about two dimensional structure.)

说明：  matlab 编程实现人体跟踪与检测编程实现人体跟踪与检测(matlab)

通过一个简单的实例，了解matlabGUI编程，内附程序，已运行成功！(Through a simple example to understand the matlabGUI programming, containing procedures, has been running successfully!)

齿轮传动非线性分析，对扭转振动方程组进行求解，可得到齿轮扭转角随时间变化相关参数(Gear nonlinear analysis of torsional vibration equations are solved to obtain the twist angle of the gear change parameters over time)

有关心理声学模型的一段程序，偶然中发现，希望有所帮助(a programme about psychoacoustic model )