搜索资源列表
dwt97
- 实现(9,7)小波的整数提升算法,包括正变换和反变换,分别存于wave_trans.cpp,wave_itrans.cpp中.-achieve (9,7) wavelet algorithm integer upgrade, including the transformation and the inverse transform, wave_trans.cpp were deposited, wave_itrans.cpp China.
H264-DCT-Quanter
- H264中的整数DCT变换编码及量化代码,并附有原文的DCT编码、量化的说明文档。本源码从X264及JM中抽取后整理得来，并用原文档中的示例数据进行了测试，与原文档结果完全一样，是学习H.264不可多得的参考资源. -H264 in the integer DCT transform coding and quantization code, together with the original DCT coding, quantitative descr iption of the doc
DctQuant
- 工程名为DctQuant，编程实现了一帧CIF格式4:2:0的YUV图像的H.264的整数变换、量化以及逆量化、逆变换。具体的功能表述如下： 1、首先按“打开YUV”按钮，选择一帧格式为CIF的4:2:0的YUV图像（默认的YUV图像的格式为4:2:0的CIF格式）。选择完成后，可以看到显示的输入图像。 2、输入QP值，QP是0到51之间的整数值，超出范围，会弹出对话框提示。QP默认为28。注意：当改变QP值为0时，即没有量化，则点击转换按钮显示出的PSNR值即为输入图像的PSNR值。
imrotate_my
- 一个空间点P绕一个中心点C旋转可用接续的三个变换来实现：第1个变换平移点C到坐标系原点位置，第2个变换将点P绕原点旋转，第3个变换平移点C回到其相对于坐标系原点的原始位置。当原始图像点乘以变换矩阵，得到新的图像位置点时，其位置可能不是整数值，该位置的灰度值需要通过灰度插值获得。在不改变输出图像大小的情况下，超出原始图片范围的区域，MATLAB原有函数imrotate的处理方法为将其灰度值全部置零，本文通过取模操作对超出区域进行了另外一种控制方法imrotate_my函数，能够较好的显示出图像旋转
cccccccccc
- 提升变换,图象压缩,二维小波变换,jpeg-A TWO-DIMENSIONAL LIFTING SCHEME OF INTEGER WAVELET TRANSFORM FOR LOSSLESS IMAGE COMPRESSION
539125Liftwavelet
- 提升整数小波变换，采用53方式，源码对处理图像压缩有很好的效果-Enhance the integer wavelet transform using the 53 methods, source of the processing is very effective in image compression
Mixed-integer-transform-ased-on-high-capacity
- 基于混合整数变换的高容量可逆数字水印Mixed-integer transform based on high-capacity reversible watermarking-Mixed-integer transform based on high-capacity reversible watermarking
picture-Capture
- PC机以二进制模式接收的图像数据在显示前需要数据类型变换，即将二进制数变为整型数，也就是256个灰度级的像素值.图像的显示利用VB的Picture控件为画板，用描点函数将图像逐点画到画板上。接收一行画一行，画完整幅图像后存为BMP格式的图像文件-PC, in binary mode in the display image data received before the need to transform the data type, is about to become a binary i
xiaobo
- 整数小波变换与图像压缩，正变换源码，实现奇偶行、列重排，行、列变换-Integer wavelet transform and image compression, forward transform source code to achieve parity rows, columns, rearrange, rows, columns, change
2diw
- 2 D integer wavelet transform
2004_Alattar
- 可逆数字水印算法 参考文献： Alattar, A. M. Reversible watermark using the difference expansion of a generalized integer transform TIP, 2004, 13, 1147-1156-Reversible Watermarking References: Alattar, AM Reversible watermark using the difference expansion of a
4
- To recover the original image losslessly, reversible wavelet transform should be used. Hence we employ the integer wavelet transformation which maps integer to integer and can reconstruct the original signal without any distortion. Although var
Wavelets-with-Integer-Lifting-wail
- Wavelets with Integer Lifting(WAILI)是一个小波变换库。包含了基于小波变换的各种基本的图像处理运算。-WAILI is a wavelet transform library. It includes some basic image processing operations based on the use of wavelets and forms the backbone of more complex image processing operatio
watermark_dwt
- 基于变换域的可逆数字水印系统的设计，是本人的毕业设计，基于整数小波变换的嵌入，加上gui界面，记得自己把自己想用的载体图像放到文件夹中。-Design reversible transform domain watermarking system based on my graduation project is based on integer wavelet transform embedded, plus gui interface, the carrier image into your
watermaking
- 基于整数小波变换的图像可逆水印，很好用，可逆性很强，自己查找的资料(Image reversible watermarking based on integer wavelet transform is very useful. It has strong reversibility and finds information by itself.)