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Mailer
- 邮件软件 Congratulations on choosing ACDSee - the world’s #1 digital imaging software. ACDSee is a comprehensive application ideal for acquiring, organizing, viewing, enhancing, and sharing your images. With the image browser, you can find, organize, a
OGL_motionblur
- 运动模糊(Motion Blur)效果演示 运动模糊是一种常见的运动效果处理手法, 由于眼睛的视觉暂留现象,会在视觉上形成一个拖影效果. 在OpenGL中利用渲染到纹理技术, 依次不时间序列里面的连续若干帧的图象,依次渲染到纹理里面, 然后在alpha混合呈现在屏幕上面,就形成了motion blur效果.-Motion Blur (Motion Blur) Motion Blur effects demo is a common effect of the campaign to
Blur-Detection-Using-Wavelet
- 基于论文<<Blur Detection for digital images using wavelet transform>>,使用Haar小波变换实现图像模糊度检测。-Based on paper <Blur Detection for digital images using wavelet transform> > , Using the Haar wavelet transform of image blur detection.
0452
- 图像柔化操作是相对于图像锐化的一种操作，图像柔化就是将图像的亮度减少，颜色鲜艳度减弱，进而使图像更接近真实的效果-Images are compared to soften the operation of an operating image sharpening, image blur is to reduce the image brightness, color brightness weakened, and thus make it more realistic image of t
yundongmuhu
- 设计一幅运动模糊图片。自定义点扩展函数，利用卷积运算实现运动模糊-the design of a motion-blurred images. Since the definition of point spread function, the use of convolution operation to achieve motion blur
z3
- 3 摘 要:研究了具有深度运动模糊效果的图像的复原算法.采用对运动模糊图像的傅里叶频谱进行 Radon 变换来估计运动模糊方向 ,在此方向上计算运动模糊图像的自相关来估计运动模糊长度 ,再 以运动模糊方向和运动模糊长度为参量结合超分辨力图像复原处理算法对比较严重的运动模糊图像进行复原.结果表明 ,该综合性算法能够较为精确地估算出运动模糊图像的模糊参量并取得较好的复原效果.-3 Abstract: The effect of motion blur with the depth of
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- 摘 要:本文主要研究的是任意方向的匀速直线运动模糊图像的模糊方向判断算法,主要根据运动模糊降低了运动方向上图像的高频成 分,沿着运动方向实施高通滤波,可保证微分图像灰度值(绝对值)之和最小,论文中就是根据这种原理来判断出匀速运动模糊图像的运动 模糊方向,采用了3×3方向的微分乘子法来判断图像的运动模糊方向,从而可将图像的恢复问题转化为一维问题。-Abstract: This paper studies the direction of arbitrary uniform linear m
z5
- 摘 要 运动模糊恢复就是利用运动模糊退化的某种先验知识来重建或恢复原有图像 在运动模糊的点扩散函数未知的情况下 : 。 , 估计运动模糊的点扩散函数是运动模糊恢复的前提和关键 从傅立叶变换的角度对匀速直线运动模糊图像的点扩散函数在频域 。 论证了点扩散函数在频域内的零点特性及模糊图像两次傅立叶同态变换后的方向特性 并提出了利用这中的特点做了理论分析,些特性进行运动模糊方向估计的方法及两种模糊距离的估计方法 实验结果证明了所提出方法的有效性-Abstract motion blur
KerEst
- blur kernel estimation based on two images. one blurry and one non-blurred
createBlur
- Create blur images with an input clear image and an input kernel image
Image Restoration
- 图像、视频经常因为抖动而造成模糊，去模糊也是图像处理领域的难点和热点。算法实现单方向匀速运动的图像去模糊，是一种简化处理方式。-Images, video, often due to jitter caused by vague, to blur the field of image processing is also difficult and hot. Algorithm for single images to the direction of uniform motion blur,
ArtWork
- 图形学的BresenHam算法的实现，以及一些对图像的模糊和锐化的操作，实现了界面的友好化。-GRAPHICS BresenHam algorithm implementation, as well as some of the images blur and sharpening operation, to achieve the kind of interface.
SSSS
- 通过建立运动模糊数学模型, 进行了消除运动模糊的仿真实验, 维纳滤波恢复运动模糊图像效果较 好。在图像恢复技术中, 点扩展函数( PSF) 是影响图像恢复结果的关键因素, 所以常常利用先验知识和后验判 断方法估计PSF函数来恢复图像。实验表明在实际恢复过程中如果运动模糊图像混入了噪声, 必须考虑到信噪 比、噪声的自相关函数和原始图像的自相关函数对恢复后图像的影响。-Through the establishment of mathematical model of motion
ImgProFrame
- 与图像有关的一些处理，如图像复原，图像增强，运动模糊图像复原等-And images related to certain treatments, such as image restoration, image enhancement, motion blur image restoration, etc.
MfB
- 论文Motion from Blur, Shengyang Dai and Ying Wu, In Proc. IEEE Conf. on Computer Vision and Pattern 的源代码，采用光流重建方法还原模糊图像-Paper Motion from Blur, Shengyang Dai and Ying Wu, In Proc. IEEE Conf. On Computer Vision and Pattern of the source code, the use of
Fast-Blur
- 彩色图像的快速模糊算法，用时和半径无关。-Color images s fast fuzzy algorithm, has nothing to do with time and radius.
Harr
- 本程序是利用harr小波进行图像处理的程序。首先，对一幅图像进行模糊化。之后，利用harr小波进行去噪处理。-This program is to use harr wavelet image processing program. First of all, to a blur images. Later, using wavelet to harr to deal with the noise.
BLUR-AND-DEBLUR
- deblurr and blur for images
jconvolveop
- Java锐化和模糊图像，使用java.awt.image 包中的ConvolveOp 类来实现图像的锐化和模糊。当单击“Sharp Image”按钮后，图片被锐化处理；当按钮“Blur Image”按钮后，图片变模糊；当单击“Reset”按钮后，则显示原始图像-Java sharpen and blur images, use java.awt.image package ConvolveOp class to implement image sharpening and blurring. A
New-iris-recognition-method-for-noisy-iris-images
- When capturing an iris image under unconstrained conditions and without user cooperation, the image quality can be highly degraded by poor focus, off-angle view, motion blur, specular reflection (SR), and other artifacts. The noisy iris images in