搜索资源列表
Blur-Estimation.rar
- 一种无参数的散焦模糊图像模糊参数的估计算法。,Parameters of a non-defocus blurred image fuzzy parameters estimation algorithm.
IPSF_V_3D
- A function to calculate the defocus length of a spots caused by refractive index mismatch. Also The 3D intensity distribution can be outputted. It have been proved accurate enough by experiment. -A function to calculate the defocus length of a spots
lunwen
- qrcode识别图像恢复方面论文,散焦模糊的图像恢复-qrcode recognition in image restoration papers defocus blurred image restoration
Agrawal Focus Deblur Web Code
- 该程序主要是用来做focus-deblur的，效果非常的好，来自国外的网站。-The program is mainly used for focus-deblur, the effect is very good, from the foreign site.
3DShapeEstimationandImageRestoration
- 3D Shape Estimation and Image Restoration Exploiting Defocus and motionblu是一本关于图像处理的书籍-3D Shape Estimation and Image Restoration Exploiting Defocus and motionblu is a book about image processing
mov
- 图像运动模糊和散焦模糊cpp代码，有模糊模型构建，维纳滤波去除模糊、LUCYRICH迭代法去除模糊，randon变换等多个算法程序。仅供参考-Image motion blur and defocus blur cpp code, fuzzy modeling, Wiener filter to remove fuzzy, LUCYRICH iterative method to remove fuzzy, randon transform algorithms and other proced
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.
Analyzing-Spatially-varying-Blur
- 我们提出一种新方法用于单幅图像的空间变化模糊识别,在图像中的每个局部小块，这个局部模糊被选择在一个候选PSFS有限集中间，用一个极大似然方法。我们打算用广义似然减少参数的数量，用广义奇异值分解限制计算值，但是要对图像做出适当的边界假设。-We present a new approach for spatially varying blur identification using a single image. Within each local patch in the image,
estimate-the-defocus-map-in-an-image
- 估计是有用的图像散焦几个应用程序 包括去模糊,模糊放大,测量图像 质量和景深分割。在本文中,我们 现在一个简单而有效的方法来评估一个分散注意力 模糊映射关系为依托的对比 图像梯度在当地的图像区域。我们把这种关系 当地的对比之前。我们的方法的优势 是,它不需要过滤银行或频率分解 输入图像 相反,我们只需要比较 当地的梯度概要文件与当地的对比。我们讨论 背后的想法之前,展示其局部对比度 在各种各样的实验效果-Image defocus estimation is useful
PSF-Estimation
- 图像模糊是由多种因素引起的如运动, 分散注意力,捕获光在非零的区域的 孔径和像素的存在反锯齿过滤器在 相机传感器和有限的感应器分辨率 -Image blur is caused by a number of factors such as motion, defocus, capturing light over the non-zero area of the aperture and pixel, the presence of anti-aliasing filte
Gupta_CVPR12
- CVPR2012_oral Micro Phase Shifting-We consider the problem of shape recovery for real world scenes, where a variety of global illumination (in- terreflections, subsurface scattering, etc.) and illumi- nation defocus effects are present. These
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- 图像复原，主要针对离焦模糊与运动模糊-Image restoration, mainly for defocus blur and motion blur.
WenLiLiJiaophoto
- 该程序为离焦模糊参数识别的方法,通过canny算子检测边缘，用hough变换检测直线的方法求离焦半径。-The program for the defocus blur parameter identification method by canny operator edge detection using hough transform line detection method for the defocus radius.
136
- 用matlab实现散焦模糊图像的参数估计，并运用Lucy法复原图像，效果不错-Using matlab realize defocus blurred image parameter estimation, and the use of Lucy France restored image, good results
135
- matlab程序，图像应用处理，可实现散焦模糊篡改图像的定位和分离，实现模糊图像真实性的检测-matlab program, image processing applications can be realized defocus blurred image tampering localization and separation, to achieve authenticity blurred image detection
deconv_code
- image defocus image defocus image defocus image defocus image defocus image defocus image defocus-image defocus
brenner
- 对于离焦图像进行自动对焦的图像判定，通过对一些列的图像，从离焦到对焦再到离焦进行图像分析从而获得对焦图像的图片。-For the defocus image autofocus image determination, through a series of images into focus and then from defocus defocused image analysis to obtain a focused image of the picture.
source.tar
- DFD 离焦深度估计 Rational Filters for Passive Depth from Defocus-DFD defocus depth estimation Rational Filters for Passive Depth from Defocus
IPSF_V_3D
- A function to calculate the defocus length of a spots caused by refractive index mismatch. Also The 3D intensity distribution can be outputted. It have been proved accurate enough by experiment. -A function to calculate the defocus length of a spots
Depth-from-Defocus
- 本文是计算机视觉的重要分支——计算成像的相关文章，文章对于利用像面离焦获取图像深度信息(DFD/DFF)进行了详细的论述。-This article is a comprehensive review of the computational imaging, which is an important branch of the computer vision. This article includes thorough insight on the Depth Defocus/Focus