实现YUV

这是一个对图像进行线性变换的程序，对图像处理方向的初学者有较大的用户-This is an image of linear transformation process, the direction of the image processing for beginners has a larger user

程序设计认识到用户输入不同的模式，像字母和数字。这是预编程或教已经为数字和字母，并有可能教它新的字符。这是编程“Albert Archwamety”。尤其是在主题的图像处理或机器人。-Program design recognizes that the user to enter different modes, such as letters and numbers. This is pre-programmed or taught for the numbers and letters, and is likely to teach it new characters. This is the programming Albert Archwamety . Especially in the subject of image processing, or robot.

基于特征点检测匹配的运动补偿方法，然后通过补偿的差分图像法来检测移动平台下的运动目标-Based on feature point detection method of matching motion compensation, and then through the compensation differential image method to detect the mobile platform under the moving target

实现图像的各种变换、增强、拼接、运动检测、特征提取、分割、识别等操作-Realize a variety of image transformation, enhancement, stitching, motion detection, feature extraction, segmentation, identification and other operating

图像处理初步，包括线性变换，几何变换，边缘检测-Preliminary image processing, including linear transformations, geometric transformations, edge detection

图像增强，基于视网膜图片的图像增强，C++Builder环境下运行-Image enhancement, image enhancement based on the retinal image, C++ Builder environment running

可以根据DICOM头信息，把图像文件按照树的结构分装在各个文件夹中。-according to the first DICOM information, and image files in accordance with the structure installed in various sub-folder.

（计算机图形学）用Bresenham实现画圆的算法，用MidPoint实现画椭圆的算法-(Computer graphics) to realize drawcircle Bresenham

读取Bmp格式的图片，可以进行相关的图像处理，图像处理有特定的平滑、锐化等，都是对遥感图像的处理。

converts a given image from cartesian coordinates to polar coordinates. 此code可以将一个Iris image变成一个polar coordinates image-converts a given image from cartesian coordinates to polarcoordinates. This code can be an Iris image into a polar coordinates image