资源列表
Computergraphicsgeometryalgorithm-
- 计算机图形学几何算法包，各种常见的几何图形的算法函数，可以作为工具包导入工程中。-Geometry algorithm package of computer graphics, a variety of common algorithmic functions of the geometry, can be used as tools package import project.
image_matching123
- 图像配准，利用互相关的方法进行图像配准，能达到良好效果-Image registration, the use of the cross-correlation method of image registration, and can achieve good results
SceneViewer
- arcengine开发，实现浏览三位图像功能-sence view
PC20121224
- 先进行图像的预处理，采用中值滤波，梯度增强。基于边缘帧差法实现前景检测-first image preproceing，the median filtering，grdient enhancement。based on edge detection method of frame to realiase prospect
Computer-Vision
- 浙江大学计算机视觉课程，使用VC++和OpenCV进行编程-Zhejiang University computer vision course
FCM_clust
- 本文在阐述聚类分析方法的基础上重点研究FCM聚类算法。FCM算法是一种基于划分的聚类算法，它的思想是使得被划分到同一簇的对象之间相似度最大，而不同簇之间的相似度最小。最后基于MATLAB实现了对图像信息的聚类。- This paper describes the basis of cluster analysis methods and focus on the FCM clustering algorithm. FCM algorithm is a clustering algorithm b
saliencyfilters
- 一种新型的滤波器，它用来检测出一幅图像中最为人注意和关心的感兴趣区域。-A new type of filter, which is used to detect an image most people pay attention to and concern for the region of interest.
eightpoints
- 八点法计算camera matrix， 八点法计算camera matrix， 八点法计算camera matrix-Eight law camera matrix, eight law camera matrix, eight law camera matrix, eight law camera matrix, eight law camera matrix
Optimization-for-Multi-Limb-
- 如果大家有用过kinect做开发，不管是使用kinect SDK还是使用OpenNI，估计都对这些库提供的人体骨骼跟踪技术有一定的好奇，心里在想，每个人穿的衣服不同，身体特点也不同，所处的环境不同，且走路或做手势时的姿势也不相同，竟然能够跟踪人体的骨架，且效果不错。那么上面的Kinect SDK和OpenNI提供给kinect开发的核心算法——人体骨架跟踪到底是怎么实现的呢？-If everyone used kinect development to do, whether it is usi
rosyKelman
- 随机生成一个点，卡尔曼滤波实现对点的跟踪。有详细注释，适合初学者。-Randomly generated one point, the Kalman filter point tracking. There are detailed notes for beginners.
CPPphase-unwrapping
- 源程序为C++代码，主要功能是实现C++代码的干涉SAR数据的相位解缠算法。-The source for the C++ code, the main function is to provide C++ programm of phase unwrapping interferometric SAR data 。
OpenMesh-2.3
- 计算机图形库，openmesh很重要的网格图形第三方库-Computer graphics library, openmesh very important grid pattern of third-party libraries