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Description: Matlab中非图像工具箱的生成拉普拉斯滤波器的源程序。-Matlab Toolbox African Image Generation Laplace filter of the source.
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Size: 1143 |
Author: 笑天 |
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Description: 使用VB.net编写的对24位位图进行简单图像处理的程序，包括RGB与YIQ数据的相互变换，绘制亮度分布统计图，拉普拉斯滤波。
该程序是我学习图像处理算法是编写的，因此在操作界面方面的考虑较少，你可以按照以下步骤操作：选择一个文件后单击读取BMP文件，然后就可以单击“根据RGB数据绘图”，接着可以单击“RGB to YIQ”将RGB数据转化为YIQ数据，有了YIQ数据后就可以单击“绘制YIQ数据的Y分量”，对于YIQ数据，可以使用拉普拉斯滤波，然后再将Y分量显示出来-use VB.net prepared by the 24 pairs of simple bitmap image processing procedures, including RGB data and YIQ mutual transformation, mapping brightness distribution statistics, Laplace filter. The procedure to be my image processing algorithm is prepared, so that the user interface to consider the less, you can follow these steps : Select a file and click read BMP file, and then click on "RGB data mapping," and then click "RGB to YIQ "RGB data into YIQ data, with YIQ data you can click" Drawing YIQ data Y component, "for YIQ data can be used Laplace filter, and then appropriate weight displayed Y
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Size: 10282 |
Author: 陈烨 |
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Description: Matlab中非图像工具箱的生成拉普拉斯滤波器的源程序。-Matlab Toolbox African Image Generation Laplace filter of the source.
Platform: |
Size: 1024 |
Author: 笑天 |
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Description: 使用VB.net编写的对24位位图进行简单图像处理的程序，包括RGB与YIQ数据的相互变换，绘制亮度分布统计图，拉普拉斯滤波。
该程序是我学习图像处理算法是编写的，因此在操作界面方面的考虑较少，你可以按照以下步骤操作：选择一个文件后单击读取BMP文件，然后就可以单击“根据RGB数据绘图”，接着可以单击“RGB to YIQ”将RGB数据转化为YIQ数据，有了YIQ数据后就可以单击“绘制YIQ数据的Y分量”，对于YIQ数据，可以使用拉普拉斯滤波，然后再将Y分量显示出来-use VB.net prepared by the 24 pairs of simple bitmap image processing procedures, including RGB data and YIQ mutual transformation, mapping brightness distribution statistics, Laplace filter. The procedure to be my image processing algorithm is prepared, so that the user interface to consider the less, you can follow these steps : Select a file and click read BMP file, and then click on "RGB data mapping," and then click "RGB to YIQ "RGB data into YIQ data, with YIQ data you can click" Drawing YIQ data Y component, "for YIQ data can be used Laplace filter, and then appropriate weight displayed Y
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Size: 10240 |
Author: 陈烨 |
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Description: Filtre Laplace (example how to use a Laplace filter)
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Size: 1562624 |
Author: marouene1983 |
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Description: 大概包括：左右、上下、中心对称，中值滤波，平移、裁剪、二值处理、膨胀、腐蚀、提取边界、缩放、旋转（中心保持不变和中心随旋转变化）、加权平均滤波（里面将四邻域、八邻域、laplace、sobel算子定义为数组并调用）。-Perhaps include: around from top to bottom, the center symmetry, median filter, pan, cutting, deal with two values, expansion, corrosion, extraction of the border, scaling, rotation (center and center remain unchanged with changes in rotation), the weighted average filter (which will be around the domain, eight neighborhood, laplace, sobel operator is defined as an array and call).
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Size: 26995712 |
Author: 王敬 |
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Description: Some image filtering functions in matlab. Includes: Laplace Sharpening, UnsharpMask, Median filter
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Size: 3072 |
Author: pawci0 |
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Description: We have to design a second order Butterworth filter having a sampling frequency of 20 kHz and -3db cut of frequency at 2 kHz in visual C. Only low frequency signals can pass through this filter and the signals having the frequency higher than frequency called cut off frequency get attenuated by this filter. we will use bilinear transform which is one of the most efficient way of converting a analogue filter to digital filter, we will convert the given transfer function from Laplace transform to z-transform and then we will realize poles and zeroes in the z-domain. And their corresponding frequency response.-We have to design a second order Butterworth filter having a sampling frequency of 20 kHz and-3db cut of frequency at 2 kHz in visual C. Only low frequency signals can pass through this filter and the signals having the frequency higher than frequency called cut off frequency get attenuated by this filter. we will use bilinear transform which is one of the most efficient way of converting a analogue filter to digital filter, we will convert the given transfer function from Laplace transform to z-transform and then we will realize poles and zeroes in the z-domain. And their corresponding frequency response.
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Size: 447488 |
Author: Mak_m |
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Description: 三种滤波器对图形处理，拉普拉斯滤波器，反锐化掩模滤波器，高提升滤波器等-Three kinds of filters for graphics processing, Laplace filter, Unsharp Mask filter, high-enhancing filters, etc.
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Size: 1024 |
Author: hoozhen@163.com |
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Description: 数字图像处理之拉普拉斯高增滤波器(初学者必备)-Digital image processing of high growth Laplace filter (beginners necessary)
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Size: 34816 |
Author: 安澜 |
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Description: 用中值滤波，多维滤波，使用中心为-4,-8的拉普拉斯滤波器，高斯低通滤波，拉普拉斯滤波器进行滤波处理-Center of median filtering, multi-dimensional filtering,-4,-8 Laplace filter, the Gaussian low-pass filter, Laplacian filter to filter the
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Size: 1024 |
Author: wp |
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Description: 几个简单的空域滤波器程序，包括Guassian、laplace和unsharp-A few simple spatial filter process, including the Guassian, laplace and unsharp
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Size: 2048 |
Author: david |
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Description: 这是一个拉普拉斯-高斯滤波函数代码，用于图像处理-This is a Laplace- Gaussian filter function code for image processing
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Size: 1024 |
Author: 赵云 |
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Description: 此程序主要是对图像进行锐化，所用的方法包含有拉普拉斯算子和梯度法，以及它们的合成，并对结果进行比较-This program is mainly for sharpening images, using a method comprising the Laplace operator and the gradient method, and their synthesis, and the results were compared
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Size: 11264 |
Author: 梅浪奇 |
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Description: 对图像求拉普拉斯变换，分别使用中心为-4、-8其他值均为1的拉普拉斯滤波器-Laplace transform of image, Laplace filter respectively using the center for- 4、-8，other value for 1
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Size: 39936 |
Author: xiaolv |
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Description: 基于opencv与VS2010编写的拉普拉斯滤波器，分别调用库函数及手工编写函数，实现拉普拉斯滤波器效果-Based on opencv prepared with VS2010 Laplace filters were calling library functions and hand-written functions to achieve the effect of Laplace filter
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Size: 1024 |
Author: 陈伟 |
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Description: It is an edge detection algorithm.
This algorithm prepare Best edge of Input Image by such method like NMS(None Maximum) , Hysteresis method and Laplace filter.
--II:
[M,N]=size(gim_G)
B = zeros(size(gim_G))
B( edgecnd(:,1) ) = 1
---III:
Edge fallowin Stack:
B_onengh=bwmorph(B, endpoints )
edgeflw_ind=find( B_onengh)
n=length(edgeflw_ind)
[edgeflw_y,edgeflw_x] = ind2sub(size(gim_G),edgeflw_ind)
edgeflw= zeros(n,3)
-It is an edge detection algorithm.
This algorithm prepare Best edge of Input Image by such method like NMS(None Maximum) , Hysteresis method and Laplace filter.
--II:
[M,N]=size(gim_G)
B = zeros(size(gim_G))
B( edgecnd(:,1) ) = 1
---III:
Edge fallowin Stack:
B_onengh=bwmorph(B, endpoints )
edgeflw_ind=find( B_onengh)
n=length(edgeflw_ind)
[edgeflw_y,edgeflw_x] = ind2sub(size(gim_G),edgeflw_ind)
edgeflw= zeros(n,3)
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Size: 1024 |
Author: soore |
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Description: 拉普拉斯滤波，用拉普拉斯算子进行的频域滤波-Laplace filter
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Size: 509952 |
Author: 韩演 |
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Description: OpenCV examples. Include examples like create an histrogram, use Laplace Filter and others
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Size: 2830336 |
Author: Alvaro |
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Description: 对两幅图像进行相关测度的计算,直接相关测度/均值归一化相关测度/方差归一化相关测度/拉普拉斯滤波相关测度/二值相关测度-Two images related measure calculations directly related measure/mean normalized correlation measure/variance normalized correlation measure/Laplace filter correlation measure/binary-related measure
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Size: 1024 |
Author: 小怪兽 |
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