CEDIT like to use familiar with CEDIT create conditions

提示： JPEG压缩分为三个部分： 1.JPEG压缩原理及算法（RGB/YCbCr,DCT/IDCT,量化,Z字型编码,用DPCM对DC/用RLE对AC编码/Huffman编码） 2.JPEG标记格式 3.JPEG图片文件的组织形式（位于SOS后的图像压缩数据是由MCU块怎样排列的，特别是使用了DRI之后） 还有许多细节问题： 1.解码过程中遇到“FF 00”当“FF”处理，否则忽略“FF” 2.进行DCT前YCbCr要减128，进行IDCT前要加128（相当于Y减128，YCbCr不需要加128） 3.每个标记中数据可以不止一个（去掉长度的部分就是一段）-Tip : JPEG compression is divided into three parts : Principles and 1.JPEG compression algorithm (RGB/YCbCr, DCT/IDCT, quantification, Z-shaped coding, using the DPCM DC/AC with RLE encoding/Huffman coding) 2.JPEG tags 3.JPEG Photo paper form (located in the SOS image data is compressed by the MCU to set pieces, particularly after the use of DRI), there are many details : 1. decoding process encountered "FF 00," when the "FF", otherwise overlooked "FF" 2 .DCTYCbCr128IDCT128Y128YCbCr128 3.

在VC环境下，显示各种常见图像的控件。可以大大减轻VC下的图像显示编程工作-in VC environment, showing the common image of the controls. VC can greatly reduce the image display programming work

是一个简单用vb写的把bmp转换成gif的程序，程序不大但是可以比较方便将bmp转换成jpg-is a simple written with vb bmp put into gif procedures, procedures little more convenient but can be converted into bmp jpg

微软亚洲研究院论文：基于特征的光场变形-Microsoft Asia Research Institute thesis : Based on the characteristics of the optical field deformation

有问提可以讨论一下，DirectShow 的 Players-mention can be asked to discuss, DirectShow Players

matlab模糊聚类算法进行图像分割的源程序-matlab fuzzy clustering algorithm for image segmentation source code

超分辨率图像重建。具有非常好的效果，程序效率较高，有完整的注释和说明文档。-super-resolution image reconstruction. Very good results, the higher the efficiency, integrity of the Notes and documentation.

VC读取BMP图，以及经典的边缘检测算法，还包括游程编码，本程序实现了检测、提取、压缩bmp图的边缘图像。-VC read BMP map, and the classic edge detection algorithms, including run-length coding, the program of detection, extraction, compression bmp image map to the brink.

-渐变的窗口背景 -渐变的窗口背景 -- Gradient background of the window- the window gradient background- the background of gradual change of the window- the window of the background gradient

VC开发的图像处理，VC开发-VC developed image processing, VC