资源列表
image-segmentation
- 采用分水岭算法对图像进行分割。直接对图像进行分水岭算法，效果并不理想。本方法使用形态学重建技术对前景对象进行标记，求局部极大值，最终将分割好的图像进行伪彩色显示，让结果更加明显。适用于较复杂的图像分割处理。-Using watershed algorithm for image segmentation. Watershed algorithm for image directly, the effect is not ideal. This method uses morphological
lightdetective
- 使用cuda加速计算，实现光线追踪的简单例子。本程序实现20个随机小球的3d绘制。-Use cuda accelerated computing, simple example of ray tracing. This procedure to achieve 20 random ball 3d rendering.
GaussSmooth
- 图像处理，高斯平滑（VHDL）实现了去除高斯噪声的功能，希望对大家有帮助-Image processing, Gaussian smoothing (VHDL)
texture
- 可以很好地提取纹理特征，是计算共生举证提取纹理特征最有效的方法。-it can grab the texture features well,and it is the best way to grab the texture features via calculating the GLCM.
mfcv
- 使用opencv2.3.1在MFC中打开图片、另存图片、进行简单的图像处理，并集成了opencv的相机标定算法-Use opencv2.3.1 to open the picture, in the MFC save picture, image processing, and integrated the opencv camera calibration algorithm
opencv
- opencv初步 从摄像头获取视频流-Opencv preliminary get streaming video camera ~ ~ ~ ~
MATHWORKS_MTF
- This code can be used to measure the pre-sampled MTF of an image, which is a quantity that describes the resolution of linear imaging systems. The code is based on measuring the pre-sample MTF using a precision machined edge that is aligned - with re
txpzcx
- 两幅图像的配准，只需要将图像名替换就能运行。文件包含效果图，可以看下运行效果。-Image registration algorithm,include some pictures that can reflect the processing results.
prog1
- 用于计算图像旋转角度以及进行校正，利用matlab语言开发-image imrotate degree
DAKM
- 本代码是matlab编写的用来实现矩阵分解的典型方法，来自于2014年cvpr的文章代码。-Matrix decomposition in cvpr 2014 about DAKM algorithm using matlab. The DAKM s algorithm is powerful for Matrix decomposition . Matrix decomposition in cvpr 2014 about DAKM algorithm using matlab. The
img_focus
- 一个用java scr ipt实现的图片轮播效果代码，兼容各种浏览器（IE、Firefox、Chrome），体积小，不压缩也只有10kb，调用方便，比一般的flash轮播效果更省资源，更快的加载速度。-With a picture of a carousel effect achieved java scr ipt code, compatible with all browsers (IE, Firefox, Chrome), small size, no compression is onl
SIFT_matlabe1
- This a MATLAB implementation of the SIFT keypoint detector and descr iptor -do_gaussian: generate Gaussian scale space of input image do_diffofg: generate Difference of Gaussian (DoG) scale space do_localmax: local extrema as the potential keyp