这是印章鉴定系统中的重要算法，包括去除背景，基于矩不变量的识别方法等，对实际中印章鉴定系统的设计有很大的帮助。...

用块匹配法进行运动估计的matlab实现方法，返回运动矩阵-block matching method used for motion estimation method of Matlab, the return movement Matrix

人工智能人脸识别的基于gabor小波的matlab参考算法-Face Recognition Artificial Intelligence gabor wavelet-based reference algorithm matlab

matlab数字图象处理 -Matlab digital image processing digital image processing Matlab Matlab digital image processing

程序中包括图像处理的各种经典算法，如：二值化，均衡化，灰度切片，腐蚀膨胀，粗化细化，边缘提取等，有助于初学者掌握图像处理的VC编程方法。-Procedures include a variety of classic image processing algorithms, such as: Binarization, balanced, and gray-scale slices, corrosion expansion coarsening thinning, edge detection and so on, will help beginners master the VC image processing programming method.

人脸检测源码,是在C++环境下应用的. 是数字图像处理典型算法与实现书中的代码-Face detection source code is in the C++ Environment applications. Is typical of digital image processing algorithms and implementation of the code book

BP神经网络，可以处理图像进行分类等各种处理的源码-BP neural network image processing source code

simulink下封装的混合高斯的s-funcion函数。用于模型模块的搭建。-simulink package under the Gaussian mixture of s-funcion function. The structures used to model the module.

边缘检测图像应用高斯滤波器平滑图像，用双阈值算法检测和连接边缘。-Application of edge detection image smoothing Gaussian filter images, with dual-threshold algorithm for edge detection and connection.

本程序能实现离线的数字识别，在MATLAB下运行，同时可以用其中部分代码实现图像的灰度，二值化，细化，归一化等功能，采用Bp神经网络。-This procedure can achieve the number of off-line identification, in the MATLAB run, at the same time part of the code can achieve one of the gray-scale images, binarization, thinning, and other functions normalized using Bp neural network.

基于J2ME的PNG图片文件处理源程序 这里所说的PNG图片文件处理是指剔除掉PNG文件中的非关键数据段,从而达到压缩文件大小的目的。该程序为控制台程序，只需在控制台窗口执行jar即可。-J2ME Based on the PNG image file mentioned here deal with source PNG image file is the deal with PNG files to weed out non-critical data in the paragraph, so as to achieve the purpose of the size of compressed files. The program procedures for the console, just in the console window to the implementation of jar.