资源列表
OpenGL_Nehe中文
- 定义了一个跨编程语言、跨平台的编程接口规格的专业的图形程序接口。(A professional programming interface for cross programming languages and cross platform programming interfaces is defined)
数学建模运动模糊图像的复原
- 数学建模，动态模糊与模糊图像处理，维纳滤波方法。(Mathematical modeling, dynamic fuzzy and fuzzy image processing, Wiener filtering method.)
B6649
- 数学建模动态模糊模糊图片处理维纳滤波方法实现(Mathematical modeling, dynamic fuzzy and fuzzy image processing, Wiener filtering method.)
CUBLAS_Library
- GPU手册文档，学习必备。特别适合新手学习和写代码(GPU manual documents, learning must be necessary. Especially suitable for beginners to learn and write code)
GLCM
- 本程序实现的功能为提取图像的GLCM，包括能量、熵、相关性等(The function is to extract the image GLCM.)
边缘检测算法的一种实现
- 自己写的一种查找图像边缘的方法，效果还不错(a way to find the edge of a picture by myself, and it can reach good result)
main
- 该程序完成了图像视觉显著的itti算法在c++语言的实现(The program completes the ITTI algorithm of image and visual, and realizes in c++ language.)
视差图代码2
- 对于双目视觉处理中，对于已经标定好后的系统，进行处理左右目的图像，完成立体匹配，形成视差图。(For binocular vision processing, for the system that has been calibrated, the left and right target images are processed to form disparity map.)
视差图程序
- 对于双目视觉处理中，对于已经标定好都后的系统，处理左右目的图像，形成视差图。(For binocular vision processing, for the system that has been calibrated, the left and right target images are processed to form disparity map.)
MC
- 利用MC算法进行医学图像3D重建，基于python和VTK(MC algorithm for 3D reconstruction)
新建文件夹
- 对于MATLAB双目视觉处理中，通过前期获取摄像机参数等后制成深度图。(For MATLAB binocular vision processing, we can get the depth map after obtaining camera parameters in the early stage.)
视差图程序
- 通过获取摄像机内外参数获得双目视觉处理图像，得到视差图，得到深度图。(The binocular vision processing image is obtained by obtaining the camera's internal and external parameters, and then the disparity map is obtained, and then the depth map is obtained.)