数字图像处理，包括了二值化，threshold，数学形态学，卷积等等内容...

形态学图像增强算法，包括对比度增强和边缘锐化-Morphological image enhancement algorithms, including contrast enhancement and edge sharpening

ROI_PAC著名的遥感图像处理免费软件。可用于InSAR（干涉合成孔径雷达）图像的处理。, -ROI_PAC well-known remote sensing image processing free software. Can be used for InSAR (interferometric synthetic aperture radar) image processing. ,

d对图片做灰度提取 比如提取ct图像的骨骼等等 大家可以参照一下-d done right Photo Gray ct extracted from images such as the skeleton, and so on we can refer to the

自己写的多边形点在内判断的简单算法，运行没有出现问题，无论多边形情况（凹凸）-Write your own polygon points in a simple algorithm to determine, running no problems, regardless of polygons situation (bump)

vc++6.0环境下,图象的腐蚀，膨胀，细化算法实现源程序代码,已经经过测试.-vc 6.0 environment, the image of corrosion, expansion, refinement algorithm source code has been tested.

JPEG2000支持的图象格式主要有JP2和j2c，该程序可以在这两种格式之间进行转换，主要处理的是头信息的差异-JPEG2000 image format supported by major JP2 and has j2c, the program can convert between two formats, the main deal is the first difference of information

Opencv 读取 图像 显示在 对话框！-Opencv read the image displayed in the dialog box!

实现水波特效的代码例子，在图片上有水波荡漾的样子！-achieve wave effects of code examples, in the pictures of a wave rippling like!

我的数字图像处理作业，实现了文件的打开，计算直方图，平移，水平镜像，二直化，灰度均衡化，中直滤波，灰度线形变换。-my digital image processing operations, the realization of the document is opened, calculated histogram, translation, the level of mirror, two straight, Gray balance, the central filtering, gray linear transformation.

在计算机视觉中首先一步是计算每个摄像机的参数(外参和内参)，这是重建物体所必须的，这一个过程称为摄像机定标(camera calibration)。这是我自己写的一个简单的采用2维模板(模板是由黑白相间的格子组成，格子大小60cm×60cm)定标的程序，交互性比较好，每个角点通过鼠标点击自动获取。-Computer Vision in the first step is to calculate the parameters of each camera (outside the Senate and internal), which is necessary for the reconstruction of objects, which a process known as camera calibration (camera calibration). This is what I wrote it myself using a simple 2-D template (template is composed of black-and-white lattice, lattice size of 60cm × 60cm) calibration procedures, better interactivity, each corner through the automatic acquisition of mouse clicks.