资源列表
Interactive-Image-Segmentation
- 交互式图像分割，是根据Yuri Boykov and Marie-Pierre Jolly的文章，用C++和OpenCV实现的-Automatic image segmentation is a hard problem and, is not flexible enough to be used for general segmentation. The objective of this project is to implement an interactive image segment
Gaussian-high-pass-filter
- 这是高斯高通滤波器的基础程序，从基本点开始的，但是很有用，是我毕业设计-This is a high-pass filter on the basis of a Gaussian process, the basic point, but useful, is my graduation project
Edge-Detection
- 这个是毕业设计是的边缘检测的程序，有各种算法的程序-Graduation is an edge detection program, a variety of algorithms program
rotate
- 采用VC++编程，将一幅图像进行旋转处理。-Rotate the image
gaotong
- 图像的高通滤波，能够实现图像的高频率提取出来并以图片的形式显现。-Image high pass filtering, high frequency can realize image is extracted and shown in the form of pictures.
image-processing-based-on-morphology
- 在Visual Basic的开发环境下此代码可对某一二值图像基于形态学原理进行图像的变换，包括对图像腐蚀、膨胀、边缘提取、加噪、放大等，而且还有包含双结构元素的处理方法，可以对图像的边缘信息提取的更加准确。-This code can be used to transfer a certain binary image based on the principle of image morphological transformation when it is employed in the i
Principles-and-Methods-for-Face-Recognition
- Principles and Methods for Face Recognition
versatile-image-processing
- 这是在Visual Basic环境下的基于对话框的图像处理操作代码。包括一些基本功能如：对图像加高斯噪声、转灰度图、显示直方图、直方图均衡化、反色。还有对图像进行平滑的模板运算，如BOX模板，Gauss模板、Laplacian模板。并且可以对显示在对话框中的图像进行平移操作。-This is a dialog-based image processing operation code in Visual Basic environment. Including some basic functi
image-fourier-transforma-filtering
- 此文件一共包含3个m文件。第一个文件的功能是绘制一个二值图像，并显示其傅立叶幅度谱。文件2功能是设计频域理想低通滤波器，并加以验证：读入一个二值图像(cameraman.tif)加噪声后在频域进行低通滤波观察滤波后的图像效果。文件3的功能是对图像eight.tif加入椒盐噪声后，实现Butterworth低通滤波.-This file contains 3 m documents. Functions of first file is to draw a binary image, and di
AMMPSF
- PSF孔径测量方法C实现源码，通过GCC，Make编译；-The Aperture Method for Measuring PSFs
brodatzgabor
- 在brodatz纹理图像库上提取48维gabor特征，初学者一看就会，大有帮助。-Extract on brodatz texture image library features 48 dimensional gabor, beginners will be a look, a great help.
fast--TVFTVd_v4.0
- 基于全变分的图像复原算法，附有实验图片，对初学图像复原的学者有很大的帮助！-Image restoration algorithm based on total variation, accompanied by the experimental images, is of great help to beginners image restoration scholar!