Description: This toolbox contains functions related to image processing, including
* images loading and generation.
* filtering and blurring functions.
* anisotropic and spacially variant filters.
* non-linear filtering (median, LIC, bilateral).
* High Dynamic Range image loading and equalization.
* total variation image processing (denoising and decomposition).
* non-wavelets image transforms such as local DCT Platform: |
Size: 581122 |
Author:fangfei_666 |
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Description: This function spatially filters an image, using the Fast Fourier transform and a user-supplied frequency filter function. The filter must be real (amplitude only) and bilaterally symmetric. Platform: |
Size: 32768 |
Author:fei |
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Description: This toolbox contains functions related to image processing, including
* images loading and generation.
* filtering and blurring functions.
* anisotropic and spacially variant filters.
* non-linear filtering (median, LIC, bilateral).
* High Dynamic Range image loading and equalization.
* total variation image processing (denoising and decomposition).
* non-wavelets image transforms such as local DCT Platform: |
Size: 580608 |
Author:fangfei_666 |
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Description: This toolbox contains functions related to image processing, including
* images loading and generation.
* filtering and blurring functions.
* anisotropic and spacially variant filters.
* non-linear filtering (median, LIC, bilateral).
* High Dynamic Range image loading and equalization.
* total variation image processing (denoising and decomposition).
* non-wavelets image transforms such as local DCT.
* Various helpers functions Platform: |
Size: 3398656 |
Author:徐亮 |
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Description: bilateral filter. 能夠完整保留邊界資訊而不被模糊-A bilateral filter is an edge-preserving smoothing filter. Whereas many filters are convolutions in the image domain, a bilateral filter also operates in the image s range—pixel values. Rather than simply replace a pixel s value with a weighted average of its neighbors, as for instance the Gaussian filter does, The bilateral filter replaces pixel s value by a weighted average of its neighbors in both space and intensity. This preserves sharp edges by systematically excluding pixels across the discontinuity from consideration.
Platform: |
Size: 1141760 |
Author:ohrebound |
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Description: 双边带滤波器具有良好的去噪性能,尤其是在图像处理中的应用,本资料是关于双边带滤波器的两篇经典文献-Bilareral filter is a very effecient tool for image denoising,I would like to share some classsic articles about bilateral filters Platform: |
Size: 866304 |
Author:向阳坡 |
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Description: Cost effective digital cameras use a single-image sensor, applying alternating patterns of red, green, and blue color filters to each pixel location. The problem of reconstructing a full three-color representation of color images by estimating the missing pixel components in each color plane is called demosaicking (see Figure 1 ). In this report we will examine some traditional methods of demosaicking versus some new frequency domain methods. We will discuss the Bilinear and Adaptive Bilateral algorithms, and then compare them with two newer frequency domain algorithms: the Homogeneity algorithm and the Alternating Projections algorithm. Platform: |
Size: 3521536 |
Author:irina |
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Description: unctions related to image processing, including
* images loading and generation.
* filtering and blurring functions.
* anisotropic and spacially variant filters.
* non-linear filtering (median, LIC, bilateral).
* High Dynamic Range image loading and equalization.
* total variation image processing (denoising and decomposition).
* non-wavelets image transforms such as local DCT. Platform: |
Size: 2636800 |
Author:Ahmed |
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Description: ACCV的一篇论文以及源代码,不是我写的只是搬运到这里而已,具体请访问论文中作者的网页。改进Harris的角点检测,主要改进在:1、是在加权模板选择了各向异性的模板代替了各向同性的高斯模板;2、选择使用多尺度滤波器对图像进行处理,使算法具有一定的多尺度特性。-This is paper with code,which published on ACCV.I m not the author of this paper.If want to know more,please vistor the home page of the author.Major improvements of this paper is focus on: 1 Using a bilateral filters insteal of the isotropic Gaussian kernel for weighted template selection 2、Using Multi-Scale filter which make the algorithm can detect the multi-scale corner in the image Platform: |
Size: 432128 |
Author:董潇健 |
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Description: 装载一张图像,使用4种不同滤波器 (见原理部分) 并显示平滑图像
-Load an image, use four different filters (average filter, median filter, gaussian filter, bilateral filter), and display the smooth image
Platform: |
Size: 2956288 |
Author: |
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Description: 这是双边滤波器和小波去噪matlab程序,测试通过,效果较好!-This is a bilateral filters and wavelet denoising matlab program, the test is passed, the better! Platform: |
Size: 1024 |
Author:豪气 |
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Description: The Cross Bilateral filter can enhance the PSNR of multi focus images that is in image fuison. Bilateral filtering is a local, nonlinear and non- iterative technique which combines a classical low-pass filter with an edge stopping function that attenuates the filter kernel when the intensity difference between pixels is large. As both gray level similarities and geometric closeness of the neighboring pixels are considered, the weights of the filter depend not only on Mahalanobis distance but also on the distance in gray/color space. The advantage of the filter is that it smoothes the image while preserving edges using neighboring pixels. CBF considers both gray-level similarities and geometric closeness of neighboring pixels in image one to shape the filter kernel and filters the image two. Platform: |
Size: 21504 |
Author:Naga Kishore |
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Description: Zhouzhiqiang的图像融合MATLAB源码,对应其2016年发表的论文Perceptual fusion of infrared and visible images through a hybrid multi-scale decomposition with Gaussian and bilateral filters-Perceptual fusion of infrared and visible images through a hybrid multi-scale decomposition with Gaussian and bilateral filters Platform: |
Size: 4953088 |
Author:q |
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Description: In the existing bilateral filtering algorithm, the domain parameters and range parameters need to
be predefined. Parameters of a bilateral filter are fixed and cannot guarantee to be optimal. A new adaptive
bilateral filtering (ABF) is proposed in this paper. The ABF obtains the domain parameters by estimating
the local object scale to minimize edge blurring. The range parameters are set adaptively according to noise
variance estimated in smooth areas of a sub image. The method can improve the filtering performance. To
filter out strong noise, the value of domain parameters is increased. ABF avoids setting parameters solely
by experience, and the domain parameters are set adaptively according to the local image features. ABF
can improve the noise filtering ability and reserves edges. Experiments show that the adaptive bilateral filter
is superior to traditional bilateral filters, anisotropic diffusion filters, and modified bilateral filters in both
subjective and objective uations.-In the existing bilateral filtering algorithm, the domain parameters and range parameters need to
be predefined. Parameters of a bilateral filter are fixed and cannot guarantee to be optimal. A new adaptive
bilateral filtering (ABF) is proposed in this paper. The ABF obtains the domain parameters by estimating
the local object scale to minimize edge blurring. The range parameters are set adaptively according to noise
variance estimated in smooth areas of a sub image. The method can improve the filtering performance. To
filter out strong noise, the value of domain parameters is increased. ABF avoids setting parameters solely
by experience, and the domain parameters are set adaptively according to the local image features. ABF
can improve the noise filtering ability and reserves edges. Experiments show that the adaptive bilateral filter
is superior to traditional bilateral filters, anisotropic diffusion filters, and modified bilateral filters in both
subjective and objective ua Platform: |
Size: 4019200 |
Author:杨松 |
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Description: A simple program that uses Laplacian edge detection and bilateral filters in OpenCV to "cartoonify" a webcamera's stream. Platform: |
Size: 95232 |
Author:穿山甲说
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