1.达芬奇图像处理平台总体开发情况 2.non

介绍卡尔曼滤波的原理以及基于卡尔曼滤波的简单应用-Introduced the principle of Kalman filtering and Kalman filtering based on a simple application of

对图像进行滤波的几种算法集锦，并在同幅图中显示，便于对比其各种效果，另外给出了一副彩色图像的滤波效果，还请高手指点。-Image filtering allehanda Algorithms, and at the same pictures shown to facilitate comparison of its various effects, another is given a color image filter effects, also requested the expert advice.

边缘检测与分割源代码 edgedetect.m, houghtr.m, quadtree.m, regrow.m, sobeledge.m, straightline.m, thresh.m, watersd.m 算法包括Prewitt、Roberts、Log、Canny、Sobel算子实现边缘检测，基于Hough变换的直线检测，4叉树区域分割，分水岭分割。（算法对应源文件名）-Edge Detection and Segmentation of the source code edgedetect.m, houghtr.m, quadtree.m, regrow.m, sobeledge.m, straightline.m, thresh.m, watersd.m algorithm includes Prewitt, Roberts, Log, Canny, Sobel Operator realize edge detection, Hough Transform-based line detection, 4-tree region segmentation, watershed segmentation. (Algorithm for the corresponding source file name)

一个经典的matlab的sift算法，应用在图像配准，初学者可以好好学习下-Matlab a classic of the sift algorithm, used in image registration, beginners can learn under

高斯平滑是数字图象处理中的一种重要手段,VC++程序,可直接测试.-Gaussian smoothing digital image processing of an important means, VC procedures can be directly tested.

用matlab编写的线性插值，最近邻域插值，和双三次样条插值。-using Matlab prepared by the linear interpolation, the recent neighborhood interpolation and bicubic spline interpolation.

ITK 是美国国家卫生院下属的国立医学图书馆投入巨资支持三家科研机构开发 医学影像分割与配准算法的研发平台，现已开发了初步版本。是医学影像算法平台的 重要组成部分。 -Itk are affiliated with the United States National Institutes of Health National Library of Medicine invest huge sums of money to support the three research institutions to develop medical image segmentation and registration algorithm R

可以嵌入到网页中，实现放烟花的效果 非常漂亮-can be embedded into a Web page and realize the effect of fireworks is very beautiful

一书的第三章示例1灰度线性变换、阈值变换、灰度窗口变换、拉伸、均衡,很好的一本书和算法- the third chapter of a book on linear transformation Example 1 gray, threshold transform, gray level window transform, stretch, balance and a good book and algorithms

本程序应用于选择图像处理区域，然后进行绿色分析。还可以求得绿色站的比重。-This procedure applies to select image processing region, and then proceed to the green analysis. Can also find the proportion of Green Point.