图形学中常用的填充算法

介绍了世界范围内在计算机视觉领域的有突出研究成果的实验室极其个人，对介绍了计算机视觉领域的期刊杂志排名情况-Introduced the field of computer vision inherent in the world of laboratory research results highlight the very personal, and introduced the field of computer vision journals ranked

已知24位位图图像，计算其质心位置，并以质心为极点在边界相应位置取点-known bitmap images, calculate the center position, and center pole of the border point from the corresponding location

本人写的用行程算法进行连通域标记的一段小代码-I used to write the trip algorithm connected domain labeled a small code

源码包含了常见的图像形态学算法，如图像基本逻辑运算，阈值分割，边缘处理，孔洞填充等-Source image contains a common morphological algorithms, such as images of basic logic operations, threshold segmentation, edge treatment, holes filled, etc.

遥感实习的成果。实现了计算植被指数的算法，包括：差值植被指数，比值植被指数，归一化植被指数，调整土壤亮度植被指数-The implementation of the algorithm for calculating vegetation indices, including: the difference vegetation index, the ratio vegetation index, normalized difference vegetation index, soil adjusted vegetation index brightness

基于多特征描述和DPF区域匹配的图像检索-Based on multi-feature description and matching DPF Regional Image Retrieval

图像 稀疏分解方法 Random Sampling of Sparse Trigonometric Polynomials II - Orthogonal Matching Pursuit versus Basis Pursuit - (Preprint arXiv:math.CA/0604429) by Stefan Kunis and Holger Rauhut-Image sparse decomposition method Random Sampling of Sparse Trigonometric Polynomials II- Orthogonal Matching Pursuit versus Basis Pursuit- (Preprint arXiv: math.CA/0604429) by Stefan Kunis and Holger Rauhut

用形态学方法提取骨架线,由明暗度提取外形信息,LOG滤波器提取边缘-morphological Skeleton extraction methods, for the purpose of extracting information form, the edge detection filter LOG

vc++ 数字图象处理 很好用我看了以后收益非浅希望大家喜欢-vc digital image processing with very good after I read greatly benefit hope you like

边缘检测与分割源代码 edgedetect.m, houghtr.m, quadtree.m, regrow.m, sobeledge.m, straightline.m, thresh.m, watersd.m 算法包括Prewitt、Roberts、Log、Canny、Sobel算子实现边缘检测，基于Hough变换的直线检测，4叉树区域分割，分水岭分割。（算法对应源文件名）-Edge Detection and Segmentation of the source code edgedetect.m, houghtr.m, quadtree.m, regrow.m, sobeledge.m, straightline.m, thresh.m, watersd.m algorithm includes Prewitt, Roberts, Log, Canny, Sobel Operator realize edge detection, Hough Transform-based line detection, 4-tree region segmentation, watershed segmentation. (Algorithm for the corresponding source file name)