图像处理小程序，打开bmp格式文件，进行阈值分割

VC++实现图像检索技术 a) 采用颜色检索方法的目的： b) 利用颜色直方图进行检索：-VC Image Retrieval a) color retrieval method purpose : b) the use of color histogram retrieval -VC++ Achieve image retrieval technology a) the use of color retrieval methods aim of: b) use of color histogram retrieval:-VC Image Retrieval a) color retrieval method purpose: b) the use of color histogram retrieval

该函数实现了数字图像处理中的双三次线性插值函数-the function implement the bicubic interpolation in digital processing

tiff格式详细分析级VC++基本处理介绍，学习使用-tiff format, detailed analysis of the basic processing stage VC++ introduction and learning to use

这是我用所学的知识写得阈值分割程序，希望对大家有一定的启发-This is my knowledge with written procedures for threshold segmentation, in the hope that everyone has a certain degree of inspiration

几种比较常用的背景分割算法可以有效地实现图像和背景的分割

实现各种基础的图象处理功能，例如傅里叶变换，图像滤波，平滑锐化，直方图-based on the realization of various image processing functions, such as Fourier transform, image filtering, smoothing sharpening, histogram

图像处理源代码，实现了读取PGM图像，写PGM图像，对图像进行下采样得到一半大小图像的功能。testImage.cpp中包含main函数。-image processing source code, achieving PGM images read, write PGM image, the image sampling to be conducted under half the size of the image function. TestImage.cpp contains main function.

simon haykin 的自适应滤波原理教程，关于自适应滤波器设计一般背景的优秀教材-adaptive filter priciple by Simon Haykin

该程序是一个视频采集的程序，功能有视频初始化，对视频坐标的定位，亮度饱和度以及对比度的设置等-The program is a video capture program, features a video initialization, the video location coordinates, brightness, saturation and contrast settings, etc.

采用各向异性方法 填补一个缺损的轮廓，从而可以得到一个光滑完整的轮廓。- Completed contours correspond to ridges of an extension (ext) of the characteristic function of the uncompleted curve. Anisotropic extension is performed on the characteristic function fbound of an image set given by the binary map boundary to the whole image domain. Extension is initially driven by xi=(EigVect{1}, EigVect{2}) (which should match with the contour tangent direction) computed as the direction of maximum coherence of the distance map to the contour to close. It is updated every N iterations with DCV over the distance map to the ridges/thinning of the evolved image. Two different stop criteria are supported: Number of Connected Components ( numcomp ). Contour Completion. Stop when the extended contour (curve of level 1) has exactly Ncomp connected components. Difference between two consecutive iterations ( tol ) Speed Stabilizes ( speed_stab ). [extended]=ContourComple