图像处理源代码，256色转成灰度图的基本源程序。

（1）对512*512的256色位图进行锐化效果处理、浮雕效果处理。 （2）对图像进行柔化效果的处理。 （3）对图像进行加强柔化及锐化效果的处理。 -(1) 512* 512 256-color bitmap for sharpening effect of treatment, relief effects processing. (2) softens the effect of image processing. (3) to soften and sharpen images to enhance the treatment effects.

此软件是基于VC++平台开发的物资管理系统-software platform is based on the development of the VC Material Management System

Forward-Backward MHI(前后向运动历史图)是一个快速有效的运动目标检测方法，本程序正是实现2006年Zhaozheng Yin and Robert Collins的“Moving Object Localization in Thermal Imagery by Forward-backward MHI”文献中的方法。此程序可以很方便的对该方法的优缺点作出评判。给运动目标检测器的选择提供了除“帧间差”和“背景相减”外的又一方法。 本程序基于OpenCV。-Forward-Backward MHI (before and after the historical figure to the movement) is a fast and efficient moving target detection methods, this program is to achieve in 2006 Zhaozheng Yin and Robert Collins of the " Moving Object Localization in Thermal Imagery by Forward-backward MHI" in the literature method. This procedure can easily judge the advantages and disadvantages of the method. To the moving target detector choose to provide that except " bad frames" and the " background subtraction" another way outside. The program is based on OpenCV.

复利叶变换 内核 内有例程 job2为主函数-compounded Fourier transform kernel routines within the main function job2

对图象的对比度进行处理，不同于一般的对比度增强处理-the contrast of image processing, from a general contrast enhancement

Hough变换的matlab代码，可以参考学习，希望对需要的朋友有所帮助-Hough Transform Matlab code, we can make reference to learning, and I hope to a friend in need of some help

本程序主要实现对图像的分割，主要方法有并行边界分割，串行边界分割，并行区域分割，串行区域分割，并实现了Canny算子-The main achievement of this process of image segmentation, the main method of parallel boundary partition, serial border segmentation, region segmentation parallel, serial region segmentation, and the realization of the Canny operator

ADI BLACKFIN 的 图象分析软件-ADI BLACKFIN image analysis software

BITMAP图象的各个BYTE情报全显示-BITMAP images all show the entire intelligence BYTE

用DELPHI实现的验证码识别的最基础例子!-DELPHI realize with the Verification Code to identify the most basic examples!