本程序实现在图像匹配过程中特征点的提取。

计算机图形学课程设计，图形设计的实例。用VCC++编写的。-computer graphics curriculum design, graphic design examples. VCC with the preparation.

细胞图像进行处理，并且进行模拟的图像，可以实现对细胞的计数。-Cell image processing and image simulation can be achieved on cell count.

该程序可以检测图片中的角点 是一个matlab程序-The program can detect the picture in the corner is a matlab program

阈值处理 参数为阈值区间上下限 以及与之内外替代值 -Threshold parameters for the threshold interval and outside the upper and lower limits, as well as with alternative values

基于带电流体模型的脑图像分割方法， 该方法是active contour的一个变体，但不同于level set的机理，可以自动处理拓扑的变化，而且速度非常快！-Charged_Fluid_Model_for_Brain_Image_Segmentation

转动、碰撞的三维地球- Rotation, collision three dimensional Earth

实验目的： 1） 图像水平集合 2） 图像加密算法 3） 边缘提取 4） 噪音图像的产生 （2）显示图像，理解图像的模型 （3）使用图像的不同格式，理解图像压缩的意义 （4）对图像做简单的操作 本次实验需要熟练使用以下几个MATLAB命令： imread, imwrite, imshow,figure -Experimental purposes: 1) the level of collection of image 2) image encryption algorithm 3) Edge 4) noise generated images (2) display images, understanding image model (3) the use of images in different formats, understanding the significance of image compression (4) image to do a simple experiment needs to operate the skilled use of the following MATLAB command: imread, imwrite, imshow, figure

比较五种窗函数特性matlab程序：得到矩形窗、海明窗、三角窗、汉宁窗和布莱克曼窗图形。从仿真结果可知：矩形窗设计的过渡带最窄，但阻带最小衰减也最差。布莱克曼窗设计的阻带最小衰减最好，但过渡带最宽。-Comparison of characteristics of five kinds of window function matlab program: to be a rectangular window, Hamming window, triangular window, Hanning window and Blackman window graphics. From the simulation results we can see: the rectangular window designed for narrow transition zone, but the minimum stop-band attenuation is also the worst. Blackman window design of the stop-band minimum attenuation is best, but the transitional zone widest.

一个简单的半透明动画程序。在背景图片上进行像素提取混合，形成半透明效果-a simple translucent animation process. The background image pixels on the extraction of mixed form translucent effect

利用matlab做的一个图像处理gui源代码，希望对大家有用。-Using matlab to do a gui image processing source code, in the hope that useful to everyone.