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Pictures_Hiding
- 包括：隐藏混沌序列即隐藏参数的生成；对图像进行隐藏；恢复出隐藏前置乱的目标图像；恢复出原目标图像；对隐藏目标置乱处理等-Include: hidden chaotic sequence that is hidden parameter generation images hidden the restoration of a hidden goal of arbitrary pre-image the restoration of
mohuhuifu
- 我自己写的运动图像模糊及恢复，可以使标准图像模糊后再恢复，希望大家多执教，程序绝对可以运行-I wrote it myself sporting image blurring and recovery that allows standard image blurred and then recovery, hope that more coaching, the program can run absolutely
dip
- 对图像进行傅里叶变换，图像增强、恢复、编码、分析、重建，最后是车牌识别。-Fourier transform image, image enhancement, restoration, coding, analysis, reconstruction, and finally the License Plate Recognition.
yundongmohu
- 程序先用fspecial函数产生运动模糊图像，再用维纳滤波进行恢复-Procedures first fspecial functions to generate motion-blurred image, and then carry out the restoration of Wiener filtering
fft
- 对读入的图像进行fft计算，并分别取其幅度和相位信息恢复，比较恢复的结果-To read the images fft calculation, and select the amplitude and phase, respectively, to restore the information to compare the results of the restoration
1
- 图象压缩技术， 由于图像和视频本身的数据量非常大，给存储和传输带来了很多不便，所以图像压缩和视频压缩得到 了非常广泛的应用. 数据压缩方法种类繁多，可以分为无损压缩和有损压缩两大类.无损压缩利用数据的统计冗余进行压 缩，可完全恢复原始数据而不引人任何失真，但压缩率受到数据统计冗余度的理论限制，一般为211到 5-1.有损压缩方法利用了人类视觉对图像中的某些频率成分不敏感的特性，允许压缩过程中损失一定的 信息 虽然不
AVI_Transport
- :文章介绍了在局域网有关AVI文件视频流的实时操作中如何获取AVI视 频流，利用系统压缩管理器实现视频压缩，并实现视频图像的快速显示等问题。具体 讨论了在利用UDP协议进行数据传输时平滑突发数据流、恢复接收数据包的次序 等问题。-: This paper introduces the relevant AVI file in the local area video streaming real-time operation
tiger
- 实现图像的几何变换，用控制栅格的方法来将一幅变形的图片恢复原型-Image geometric transformation, with control of the grid method to deformation of an image to restore the prototype
matlab_bianhuan
- 为了图像处理简化，通常的方法是进行图像变换，图像变换技术在图像增强，图像恢复和有晓减少图像数据方面有巨大的用途-For image processing simplified, the usual approach is to make the image transformation, image transformation technology in image enhancement, image restoration and
o_lezoray
- 探索图像恢复中出现的正则化方法及其理论基础，进一步发展Tikhonov正则化方法，得到图像恢复算法和工程实际中一些病态问题的解，进一步发展已有的数值解 法,-Exploration of image restoration emerged regularization method and its theoretical basis, the further development of Tikhonov regularizatio
s_morigi
- 探索图像恢复中出现的正则化方法及其理论基础，进一步发展Tikhonov正则化方法，得到图像恢复算法和工程实际中一些病态问题的解，进一步发展已有的数值解 法,-Exploration of image restoration emerged regularization method and its theoretical basis, the further development of Tikhonov regularizatio
t_wunderli
- 探索图像恢复中出现的正则化方法及其理论基础，进一步发展Tikhonov正则化方法，得到图像恢复算法和工程实际中一些病态问题的解，进一步发展已有的数值解 法,-Exploration of image restoration emerged regularization method and its theoretical basis, the further development of Tikhonov regularizatio
imagedenoisingscalespace
- 在使用扩散过程平滑噪声之后引入反扩散过程来恢复边缘，结合尺度空间理论和反扩散函数对图像进行去噪处理。该方法使用最小描述长度(MDI )准则自适应地选择图像中每一点处的最优尺度对图像进行滤波。加入尺度范围限制降低了过平滑和欠平滑的影响。改进了反扩散函数模型，对降质图像中的边缘进行恢复。与经典的滤波方法以及各向异性扩散方程的结果相比。本文方法取得了较好的效果。-Diffusion process in the use of noise af
lvboqi
- 用傅立叶变换的方法在频率域实现图像处理，并比较从幅度和相位恢复图像的区别，已经通过调试-Fourier transform method used in the frequency domain realization of image processing, and compare the amplitude and phase from the difference between the restoration of images
my_dct
- 用matlab做的基于DCT变换的图像压缩源码，先把图像分成8X8 的子块，然后做DCT变换，再量化，在恢复重建图像-Using matlab to do DCT-based transform image compression source code, first image is divided into 8x8 sub-block, and then make DCT transform, and then quantified
sfs
- 利用阴影恢复技术重建二维数字图像到三维深度数据的重建-Use of the shadow of the resumption of technical reconstruction of two-dimensional digital image to the three-dimensional reconstruction of the depth of data
txronghe
- 利用小波变换技术图像融合方法从模糊图像中恢复图像，并给出结果-Using Wavelet Transform Image Fusion technology of fuzzy images from the resumption of images, and gives results
yszq
- 利用小波变换技术图像融合方法从模糊图像中恢复图像，并给出结果-Using Wavelet Transform Image Fusion technology of fuzzy images from the resumption of images, and gives results
Brightness
- 此文件实现了对图像亮度的调节，可实现亮度增强、亮度取反及恢复图像-This document is the realization of the adjustment of image brightness can be realized to enhance brightness, brightness and recovery from the anti-image