搜索资源列表
DigitalImageProcessing(VC)
- 这是一个用vc做的数字图像处理的源程序,包括了图像的基本的处理,如傅里叶变换、放缩、平移、滤波。。。,每一种处理都是一个单独的小程序,希望对大家有用
DigitalImageProcessing(VC)
- 这是一个用vc做的数字图像处理的源程序,包括了图像的基本的处理,如傅里叶变换、放缩、平移、滤波。。。,每一种处理都是一个单独的小程序,希望对大家有用-This is a vc to do with the digital image processing source code, including the image of the basic treatment, such as Fourier transform, zoom, pa
watermodelfft
- 利用OPENCV做图像的傅里叶变换以达到对图像的降噪处理-OPENCV done using the Fourier transform of the image in order to achieve noise reduction of the image
pinpubianhuan
- 对图像做傅里叶频谱变换,可以求出图像的频谱分布,实现频谱中心化-Fourier transform spectrum of the image to do, you can find the spectral distribution of the image to achieve the center of the spectrum
2DFFT-IFFT
- 这是我做的一个二维傅里叶变换的程序,可以对图像进行2DFFT变换得到频谱图,并利用2DIFFT得到原图像-I do a two-dimensional Fourier transform procedure, 2DFFT transform spectrogram image and utilize 2DIFFT original image
ImageProcessing
- 对2D图形图像做相关的变换,如小波变换,傅里叶等-For 2D graphics do the relevant transformations, such as wavelet transform, Fourier, etc.
lmd
- 直方图提取函数,用于人脸识别中,输入一幅图像,函数内部对输入图像做短时傅里叶变换,得到四幅幅度图,再求四幅图的直方图特征,合并后输出-Histogram extraction functions for face recognition, the input image, the input image inside the function to do short-time Fourier transform, the four ma
FreTrans
- 图像处理,频域变换,傅里叶变换,对图像做傅里叶变换变显示-Image processing, frequency domain transform, Fourier transform, the Fourier transform of the image did change display
Fourier
- 对图像做傅里叶变换的完整详细代码,包含测试图片的结果频谱图,用于图像的后续分析。-For complete details on the image to make the Fourier transform of the code, including the results of the test images spectrum for subsequent analysis of the image.
zuoye1
- imadjust()对数字乳房X射线图像做变换、傅里叶频谱进行对数变换及直方图相关-imadjust () for digital X-ray image of the breast do transform, the Fourier spectrum logarithmic transformation and histogram related
STFFTtool3
- 对非平稳信号进行分段、截取,再对处理过后的短时信号做短时傅里叶变换,分析其频谱特性,并找到各个时间节点的频率特性,以便分析不同事件段内的声音特征,一图像的形式表达出,最终达到区分不同声音的目的。(The nonstationary signals are segmented, and then the interception, the short-time signal after processing the short-time
keypoint
- 对非平稳信号进行分段、截取,再对处理过后的短时信号做短时傅里叶变换,分析其频谱特性,并找到各个时间节点的频率特性,以便分析不同事件段内的声音特征,以图像的形式表达出,最终达到区分不同声音的目的。(The nonstationary signals are segmented, and then the interception, the short-time signal after processing the short-time