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565517782
- 大家一起分享。下列数字滤波算法中最简单的是 A)限幅滤波 B)限速滤波 C)加权平均滤波 D)中值滤波 二、填空题(每空2分,共30分)...(-share with everyone. The following figures filtering algorithm is the most simple A) limiting filter B) speed filtering C) Weighted average filter D) filter 2, fill in the blank
enhance1
- 加权中值滤波，用于图像增强，只用于超声图像，对超声图像去噪有很好的效果。内还包括信噪比计算方法。-weighted median filter for image enhancement, only for ultrasound images of ultrasound image denoising with very good results. Which is also a signal-to-noise ratio calculation.
weightmedian
- 用matlab对lenna图像进行处理，方法是自适应加权中值滤波，自己写的。-Lenna with matlab image processing of the method is adaptive weighted median filter, write your own.
Digital.Image.Processing
- 数字图像处理 直方图修正 空间域平滑 空间域锐化 梯度倒数加权平滑法 中值滤波 多种算子锐化 灰度最相近的6个邻点平均法-Histogram correction of digital image processing spatial spatial smoothing sharpening Gradient Inverse Weighted Smoothing median filter operator sharpening a variety of gray nearest neighbo
Filter
- 包括图像的灰度变换，laplacian锐化，中值滤波，加权中值滤波，自适应滤波，添加噪声以及图像的平滑和反色处理，图像处理效果良好-Including images of gray-scale transformation, laplacian sharpening, median filtering, the weighted median filter, adaptive filter, add noise and image smoothing and anti-color process
linear
- - 1、限幅滤波法（又称程序判断滤波法） 2、中位值滤波法 3、算术平均滤波法 4、递推平均滤波法（又称滑动平均滤波法） 5、中位值平均滤波法（又称防脉冲干扰平均滤波法） 6、限幅平均滤波法 7、一阶滞后滤波法 8、加权递推平均滤波法 9、消抖滤波法 10、限幅消抖滤波法 -- 1, limiting filtering method (also known as filtering method to determine the procedure) 2, the median filteri
ImageProcessing
- 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, ext
image
- 应用matlab或VC语言编制图像处理软件，软件功能如下： 一、实验类型 1． 读入图像，并对灰度图像或彩色图像进行显示，对彩色图像可以转化为灰度图像；（8学时） 2． 对读入的图像可以实现减小和提高图像分辨率的功能（16学时） 3． 计算灰度图像的直方图并进行显示，讨论不同图像灰度分布的直方图特征（16学时） 4． 对上述图像进行直方图均衡化处理，分析直方图均衡化的处理结果；（16学时） 5． 对给定的彩色图像，显示其R、G、B三分量图像的噪声图像及H、S、I三分量完成
wmedfilt1
- 此函数为一维加权中值滤波函数，本人觉得很不错。-Vega as a function of the value of the right to filter function, I think is pretty good.
weightedMedian
- 中值滤波在图像处理中占据很重要的地位，本代码是加权中值滤波处理源码。希望对大家有用。-Median filter in image processing occupies a very important position, the code is weighted median filter processing source. Hope to be useful.
weightedmedian
- 基于椒盐噪声滤波的改进加权中值滤波算法,目的在于处理高浓度椒盐噪声，并且有效的保护边缘细节-salt and pepper noise filter and weighted
Smooth_Vector.cpp
- matlab与C混编，mex中图像运动矢量平滑滤波，加权中值滤波。-matlab and C mixed, mex in the image motion vector smoothing filter, weighted median filter.
XINNIAN
- 输入一个图像，对其进行边缘检测，灰度处理，自适应滤波，自适应边缘检测，中值滤波，加权中值滤波，均值滤波，加高斯噪声等处理-Enter an image, its edge detection, grayscale processing, adaptive filtering, adaptive edge detection, median filtering, the weighted median filter, mean filter, plus Gaussian noise process
awmf
- 自适应加权中值滤波，可以调节窗口大小和中心像素的权重以及其他相关像素与中心像素的权重比例。-adaptive weighted median filter
gaijinzhongzhilvbo
- 一种改进的快速加权中值滤波算法，较好的保留了图像的细节-Fast weighted median filtering algorithm, an improved and better retain the image details.
Matlab-GUI_image4
- 使用Matlab GUI界面编写的图像平滑程序,实现功能有：图像的打开、保存、加入高斯噪声，椒盐噪声，乘法噪声，用均匀模版、加权模版中值滤波对图像进行平滑等。-Written in Matlab GUI interface using image smoothing procedures, functions: image open, save, adding Gaussian noise, salt and pepper noise, multiplication noise with uni
graddingfiler
- 该算法是在自适应中值滤波基础上改进而来，实现了滤除较高密度的椒盐噪声。若加权值改进后，效果会更好-This algorithm based on the AMF,which can filter better than the latter.If combined it with weights value, the effects will be better.
jiaquan
- 针对传统中值滤波算法的优缺点,提出了一种基于相似度函数的自适应加权中值滤波算法.-Abstract：According to excellence and shortcoming of conventional median filter algorithm，an algorithm called adaptive weighted median filter algorithm based on similarity function is proposed
quzao
- 对图像进行去噪处理，有中值滤波，均值滤波和加权（高斯）滤波3中去噪方法。-The image denoising processing, there are median filtering, mean filtering and weighted (Gauss) filtering method in 3.
MATLAB实现自适应中值滤波源代码
- 本文提出了一种新的快速自适应加权中值滤波算法以提高中值滤波算法的性能。(A new fast adaptive weighted median filtering algorithm is proposed to improve the performance of the median filtering algorithm.)