MFC界面基于对话框的OpenCV+VS2008实现图像读取，边缘提取

hough变换源码 用于检测直线或圆形等-hough transform for the detection of source, such as linear or circular

多边形扫描转换填充算法-filled polygon scan conversion algorithm

完整的多级滤波图像处理算法，利用FPGA实现，利用硬件结构实现算法能够满足苛刻的实时性要求。-Complete multi-level filtering image processing algorithms using FPGA realization algorithm using hardware structure able to meet the demanding requirements of real-time.

这段程序利用 Hough 变换在灰度图像中找圆 ，并可进而给出圆心和半径-The function cvHoughCircles finds circles in grayscale image using some modification of Hough transform.

图像处理程序 离散余弦变换 处理256灰度级图像-ImageProcessing DCT

图像处理源程序代码，关于图像的梯度锐化处理。-Image processing source code, the gradient sharpening on the image treatment.

高级图象处理软件，实现功能包括对DIB图像进行维纳滤波复原操作、模糊操作、随机噪声、高通滤波、低通滤波等-Advanced image processing software, the realization of the DIB features include image restoration Wiener filtering operation, fuzzy operations, random noise, high-pass filter, low-pass filtering

计算任意多边形的面积算法-arbitrary polygon calculation algorithm of the area

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.

一款多功能图像处理程序，包括基本图形图像的变化，也可以浏览html 和 txt文件 多窗口显示 ，支持层叠和平铺模式-A multi-function image processing procedures, including changes in basic graphics images, but also can browse the html and txt file multi-window display, support for cascading and tiling mode