搜索资源列表
FFT_2N
- Ｎ＊Ｎ的图像的傅立叶变化后对其反变换的结果-the image changes after its Fourier- Transform results
demo
- vc++MFC对话框中对数字图像的典型算法，里面涉及重点有图像的变换域处理（含傅立叶，小波，离散余弦算法），图像分割中包含大部分典型的分割算法（交互式阈值分割，霍夫变换，其他的多种算子），图像增强，图像复原（投影法..）图像匹配。还有形态学的一些算法处理，波峰波谷检测器，对图像处理学习非常有帮助-vc++MFC dialog typical algorithms for digital images, which involves the focus has transform domain i
laozhang
- 改程序在MATLAB环境中首先用三维傅立叶变化对一幅图像加密，然后用三维傅立叶逆变换对加密以后的图像解密，从而实现了图像的加密和解密。-Reform program first three-dimensional Fourier transform of an image encryption in MATLAB environment, and then use the three-dimensional inverse Fourier transform of the image after
2014-7-1
- a．傅立叶频谱图像 b．居中的傅立叶频谱图像 c．对数变换进行视觉增强的傅立叶频谱图像 d．对数变换进行视觉增强并居中的的傅立叶频谱图像 -For a given image <f4.tif>, to achieve the following results. a. Fourier spectrum of image b. Fourier spectrum centered image c. Logarithmic transformation
2014-7-1
- 对于给定图像 < f4.tif > ，实现下列结果。 a．傅立叶频谱图像 b．居中的傅立叶频谱图像 c．对数变换进行视觉增强的傅立叶频谱图像 d．对数变换进行视觉增强并居中的的傅立叶频谱图像 -For a given image <f4.tif>, to achieve the following results. a. Fourier spectrum of image b. Fourier spectrum centered imag
fouriermellin
- 一种基于傅立叶-梅林变换空间的图像配准算法-Image registration algorithm Mellin transform space- based on a Fourier
IFFT
- 傅立叶逆变换代码,,,并把逆变换后的图像与原图像同时显示并进行了对比
fftadd
- 对分辨率靶板图像进行区域识别，并采用傅立叶频域变换的方法进行谱能量对比，以对夜视仪成像质量进行分辨率自动判别-Resolution images of the region to identify the target plate, and the frequency domain using Fourier transform methods were spectral energy compared to the quality of night vision imaging resolut
tuxiangbianhuan
- 图像处理。图像的傅立叶、离散余弦、哈达玛变换。可以用来学习。-One kind NSGA2 algorithm can be used to learn. Need to change their own operating parameters and the fitness equation.
lhaspeningtransform
- matlab下对图像进行fft变换,平滑,锐化,中心化傅立叶正变换得到大正方形-Under the matlab to FFT transform, image smoothing, sharpening, centralized is Fourier transform to get the big square
frequency
- matlab下对图像进行fft变换,平滑,锐化,中心化傅立叶正变换得到大正方形-Under the matlab to FFT transform, image smoothing, sharpening, centralized is Fourier transform to get the big square
LUZOADC
- matlab下对图像进行fft变换,平滑,锐化,中心化傅立叶正变换得到大正方形(Under the matlab to FFT transform, image smoothing, sharpening, centralized is Fourier transform to get the big square)