基于遗传神经网络的图像分割

这是一段基于opencv的对图像进行畸变处理的源程序，使用usb摄像头，采集一副图像，然后对图像畸变校正，摄像头事先标定好，程序中将会直接利用标定好的参数。

这是一个基于opencv开发出来的双目摄像机标定程序，文中注释比较多，而且是一个比较好的程序，里面的精确定位更是一绝的，绝对值得拥有。This is a binocular camera calibration based on opencv developed program, the annotation is more, and it is a good program, the precise positioning is a special skill, absolutely worth having.

基于OPENCV的Retinex，代码简单实用，处理效果明显！处理低能见度，去雾效果特别好，在此基础上用户可以自己编写MSR，及MSRCR的算法，希望能对你有用

TWAIN Application This is a TWAIN version 2.1 of the specification compliant application.   It offers text based interface.  It shows how to implement many of the  operations needed by an application. You will need to have the FreeImage installed on your system for this  application to work properly.

这是为 2 图像的拼接 自动拼图-自动缝 2 针图像在一起 画布是产生在画布的 2 张图片 行和 col 是起源的 2 张图片之间的偏移量

基于暗原色先验的去雾算法，效果不错，包含完整的源代码程序，并附有实验结果图。可以成功编译并运行，速度较快。使用Opencv结合C++语言实现的。

基于OpenCV实现的图像特征区域跟踪程序，采用OpenCV自带的CamShift实现的自适应目标跟踪算法，可同时跟踪6个特定目标区域。

skyline完整范例源码下载（vs2005）共15M，刚写好文件部分，也不算太完善，碰巧有人问起，遂贴上代码大家看去，你可以在此基础上完善之。 代码没什么WS技术，但做文件沙盘还是有不少问题的，需要的朋友可以下-Written before the planned sand table system, just part of the written document, but also not too perfect, someone happened to ask, accordingly paste the code we looked, you can improve on this basis, the. Code no WS technology, but do still have many issues paper sand table, and we need friends can, under 

资源描述这个代码能够实现简单的1,2,3....10的手势识别，但是代码的识别率不是特别高。源码是我在网上下载，但是我自己编译时报错，发现源码中有一处细微错误。我自己更改后成功运行，但是代码本身算法不够好，精确度不高。

资源描述Detecting visually salient regions in images is one of the fundamental problems in computer vision. We propose anovel method to decompose an image into large scale perceptually homogeneous elements for efficient salient region detection, using a soft image abstraction representation. By considering both appearance similarity and spatial distribution of image pixels, the proposed representation abstracts out unnecessary image details, allowing the assignment of comparable saliency values across similar regions,and producing perceptually accurate salient region detection. We evaluate our salient region detection approach on the largest publicly available dataset with pixel accurate annotations. The experimental results show that the proposed method outperforms 18 alternate methods, reducing the mean absolute error by 25.2% compared to the previous best result, while being computationally more efficient.