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Image4
- 图形处理,高低通滤波,颜色改变,
Image4
- 图形处理,高低通滤波,颜色改变,
数字图像处理alpha版
- 本软件是由作者经过数字图像处理课程的学习,采用vc++.net将其基本算法实现,其算法主要包括: 1.点运算(灰度直方图,直方图均衡处理,线性运算,二值化,灰度化等) 2.几何运算(旋转,放缩,镜像,平移) 3.几何空间增强(均值,中值滤波器,k近邻均值,中值滤波器,Roberts,sobel,priwitt,laplacian,wallis锐化算子等) 4.频率域增强(基2FFT进行空间域到频率域的转换,高斯,理想,巴特沃斯高低通滤波
filter
- 滤波:高低通滤波器,空间滤波器,浮雕滤波器,2-D卷积滤波,fspecial函数,加噪处理,-Filter: low pass filter, spatial filter, filter relief ,2-D convolution filter, fspecial function, noise handling,
Digital-Image-Processing
- 《数字图像处理》课程的matlab实验,包括同时对比度实验、空间与幅度分辨率变化、图像的直方图均衡、均值白高斯噪声滤波、理想高低通滤波、逆滤波和维纳滤波和区域编码与阈值编码方法实现图像压缩-digital image processing
DIPDemo
- 图形处理:里面含有各种常见的图形处理功能源代码,如点运算,各种算子的边缘检测,高低通边缘滤波-Graphics: it contains a variety of common graphics functions source code, such as the dot operator, a variety of operator edge detection, high and low-pass edge filter
digital-image-processing
- 工业摄影测量技术,利用matlab编写数字图像处理界面,包含相关手写算法,包括canny算子,LOG算子,canny滤波,高低通滤波,butterworth高低通滤波,数米粒,全方位图展开技术-write a GUI of digital image processing with matlab,including canny operator,LOG operator,Lowpass and highpass filter,etc
matlab-audio-processing-and-GUI
- 关于语音处理的matlab代码,以GUI界面形式展开,音效处理的功能有声音的快放慢放、高低通滤波、音量的增强和减弱等,实现效果佳,可供大家参考-On speech processing matlab code to form a GUI interface to start, there are sound audio processing features fast slow release, low-pass filtering,
dip
- 利用matlab实现了高斯,理想,布特沃思高低通滤波的图像处理演示-Using matlab to achieve a Gaussian, ideals, high and low pass filtering bout Worth image processing demo
tongtai
- 同态滤波处理,可以通过修改高低通滤波器大小值来得到不同的滤波效果-Homomorphic filter processing, can change the high and low pass filter size values to get a different filtering effect
tuxiangqiufanquzao
- 图像去躁,图像求反,动态范围压缩,直方图均衡化,高通滤波器处理(Image denoising, image inversion, dynamic range compression, histogram equalization, high pass filter processing)
chongcaiyang
- 对心音进行处理,包括去噪,小波变换以及高低通滤波等。(Heart sound processing, including denoising, wavelet transform.)
图像处理
- 图像处理。包括图像的平移,傅里叶变换,高低通滤波以及维纳滤波等(Image processing. Including image translation, Fourier transform, high and low pass filtering and Wiener filtering, etc)