画roc曲线的matlab程序，roc曲线又称操作特性曲线 程序注释很详细...

嵌入式上的JPEG解码程序。速度非常快！-Embedded on the JPEG decoding process. Very fast!

功能实现：用c#实现数字图像处理中的hough变换功能-Function realization: Using c# digital image processing of the hough transform function

来自于VC++数字图像处理典型算法及其实现这本书，对于初学者有很大的帮助。-very usrful,from a classical book

/* 程序名称：laplace.c 功能：从摄像头或者AVI文件中得到视频流，对视频流进行边缘检测，并输出结果。 */-/* Program Name: laplace.c functions: from camera or AVI file to be video streaming, video stream on the edge detection, and output results.* /

图像的组成无非是一些字符串或者一些字节组成的字符串，然而，每一个字节数据位的重要度并不是一样的，两个相邻字节往往只有低位是不一样的。例如：00100110和00100111代表了两个不同渐变度的红色，但是就人眼是分辨不出来的。最低有效位LSB算法，就是利用这一点，达到图像压缩，或者数字水印的功能。-The composition of the image is nothing more than some number of bytes or string composed of string, however, one byte for each data bit is not an important degree of the same, often only two adjacent low-byte is not the same. For example: 00100110 and 00100111 represent the gradient of two different degrees of red, but on the human eye is not out to tell. Least significant bit LSB algorithm, is to take advantage of this point, to achieve image compression, or digital watermark feature.

c++ builder 图形图象处理（颜色拾取器） 内含所需的源代码及工程文件-c builder graphic image processing (color picking) containing the source code and project documentation

基于阀值的阈值分割：由灰度直方图可以看出谷值即是阀值，然后分割出来目标图像。-Based on the threshold of the threshold segmentation: histogram can be seen from the valley that is, threshold, and then divided by the target image.

DCT1.m为一维离散余弦变换exp22.m为对一幅灰度图像进行离散余弦变换 exp23.m为对一幅彩色图像进行离散余弦变换-DCT1.m for the one-dimensional discrete cosine transform exp22.m for a gray image exp23.m discrete cosine transform for the color of an image discrete cosine transform

来源于网上的C++技术开发的图形处理代码, 为国外开源代码, 可用来学习掌握C++的图形处理算法。来源于网上公开资料，供学习使用。-From online C++ Graphics technology development deal with code, for foreign open-source code, can be used to study and master the C++ Graphics processing algorithms. Disclosure of information from the Internet for learning to use.

一种基于形态学的小波自适应去噪算法-Morphology based on adaptive wavelet denoising algorithm! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !