搜索资源列表
train_ensemble
- Miskin and MacKay 的盲复原程序-Miskin and MacKay blind recovery process
BCS_SPL_DCT
- 基于分块压缩传感的图像恢复的重构算法，采用wiener滤波器进行滤波处理-Recovery algorithm based on block compressed sensing images
cvx
- 国外著名的凸优化程序包，压缩感知理论，恢复算法-Foreign well-known convex optimization package, compressed sensing theory, and recovery algorithm
E
- 这是一个基于matlab图像复原处理包，其中包括图像的模糊、维纳滤波、盲反卷积、点扩散函数和光学转换函数互相转化-This is a recovery based on matlab image processing package, including blur, Wiener filtering, blind deconvolution, point spread function and optical transfer function is transformed into each
IMBRestore
- VS2008平台下VC++开发图像复原的MFC应用程序 实现功能： 运动模糊复原 逆滤波退化 逆滤波复原 加噪退化 维纳滤波复原 最大后验滤波 最大熵复原 投影滤波 几何变换复原 迭代盲目复原 最小平方滤波 -VS2008 platform VC++ development of image restoration MFC application functions: motion blur and recover the inverse fi
mars
- mars电能质量有源恢复系统主接线图，mars电能质量有源恢复系统主接线图-mars power quality active recovery system main wiring diagram, mars power quality active recovery system wiring diagram
tv
- 图像修复是数字图像处理的重要内容, 可用于被损坏的图像和视频修复、视频文字去除以及视频错误隐藏等。基于tv模型的修复方法有较好的恢复效果, 但对参数的选取比较敏感, 运算量较大。本文提出了一种基于tv模型的自适应图像修复方法, 与原方法相比可以有效提高该算法的稳健性, 并能显著的减少运算时间。-Image inpainting is the important content of digital image processing, can be used to repair damaged i
SingleCalib
- 单目视觉的恢复，摄像机标定，投影仪标定，以及立体恢复-The recovery of monocular vision, camera calibration and projector calibration, and three-dimensional recovery
movemeent
- 基于matlab的运动模糊的参数估计与图像的恢复-movement blurred image recovery through matlab
CepstrumPWiner
- 针对散焦模糊图像，用matlab实现了先基于倒谱相关性对PSF的参数估计，再用维纳滤波实现复原的算法。-Defocus blurred image using matlab first estimated based on the parameters of the cepstrum on PSF, and then the Wiener filter recovery algorithm.
DIEnhancement
- 对图像进行增强显示，有的图片因为光线问题拍的很黑，几乎看不到，这个就是对一个手的形状图片的恢复，经过图像增强后能看到清楚的手-Enhance the display of the image, some pictures because the light is shot very dark, almost invisible, this is the picture of a hand shape recovery after image enhancement can see clearly
IBD
- 空间域盲反卷积进行图像复原，通过增加帧数来提高复原效果，附有代码和数据-Spatial domain blind deconvolution image restoration to improve the recovery effect by increasing the number of frames, with a code and data
Wavelet_OMP-
- 用OMP算法将经典图像LENA图像用小波变化恢复，并且得到了很不错的恢复效果。OMP算法易操作计算复杂度小。-The classic image LENA image OMP algorithms will resume wavelet transform, and has been very good recovery. The OMP algorithm is easy to operate and computational complexity.
csdemojs1.m
- 用最近热门的CS算法重建核磁共振图像，利用稀疏转换将水膜图像稀疏化利用CS算法重建恢复,并分析了效果。-Recent popular CS algorithm for reconstruction of magnetic resonance images using sparse conversion sparse use of the water film images CS algorithm for reconstruction recovery and analysis of the e
csdemojs2.m
- 利用CS算法进行核磁共振图像恢复程序，采用随机二维欠采样，最优的CS采样模型集中在卡笛儿采样轨迹。-CS algorithm for magnetic resonance image recovery procedures using random two-dimensional due to sampling, the sampling trajectory optimal CS sampling model is concentrated in the Cartesian children.
matlab
- 威纳滤波图像恢复，多种恢复的方法，图片需自己加上。-Wiener filtering image recovery
Image-Restoration-
- 图像复原算法及代码，C++编写，vc6.0编译环境，复原方法包括：盲目复原，几何复原，非线性复原。-Image restoration algorithms and code, C++ prepared vc6.0 compiler environment, recovery methods include: the blind recover geometric recovery nonlinear recovery.
super-resolution
- 本文介绍了目前主要研究和采用的超分辨率复原的方法-This article describes current research and the use of super-resolution method of recovery
MethodofExtensioninterferogram
- 用二维快速傅立叶变化方法处理干涉图时，由于采样的数据序列长度必须是2的n次，故须将干涉图的数据范围圆形域延拓成矩形区域，文中提出了一种基于块重建算法的干涉图延拓的原理和方法，利用该方法对一幅实际干涉图进行了延拓，结果表明，该原理方法具有较高的处理精度，为波面相位复原奠定了基础。-Two-dimensional fast Fourier transform method for interferogram processing, due to the sampling of the data se
example2
- 打开一个线文件和保存改变过的线文件，编辑线的属性和参数（调用mapgis函数）； 用橡皮筋的形式输入线，可以用F3撤销F4恢复-Open a line file and save the changed line files, edit the line attributes and parameters (call mapgis function) the form of input line with a rubber band, you can use F3 F4 withdrawa