搜索资源列表
mubiaotiqu
- 目标提取是基于边缘检测的一种重要方法，该方法较简单，经实际检验，能较好地描述被测对象的轮廓。-Target extraction based on edge detection is an important method, the method is simple, after the actual test, can be used to describe the object contour.
SSL08
- OpenCV基于帧间差分的运动检测和轮廓提取-OpenCV based on frame difference, motion detection and contour extraction
tbb
- 基于VC++ 和opencv的焊盘图像 内径外径的测量。包括滤波、边缘检测、轮廓提取和面积计算等算法。包含原图片-Based on the measurement of the pad image VC++ opencv Inside Outside. Including filtering, edge detection, contour extraction and area calculation algorithm. Contains the original image
edge-segmentation
- 对图像进行水平和垂直检测，并用不同的算子进行边缘分割，实现轮廓的凸显。-Horizontal and vertical image detection, and edge segmentation, contour highlights the different operators.
EdgeContour
- 实现图像边缘检测、提取及轮廓跟踪。包括边缘检测，hough变换，轮廓提取，种子填充，轮廓跟踪等-Image edge detection, extraction and contour tracking. Including edge detection, Hough transform, contour extraction, seed filling, Contour Tracking
fBleemishDetta
- 应用在织物上的疵点检测的程序源码，通过过边缘检测与轮廓提取完成的！ 可直接使用。 -The program source code of the application on the fabric defect detection, edge detection and contour extraction done! Can be used directly.
TEdggeContouuh
- 该程序源码能对bmp图像文件进行hough变换，轮廓提取，边边缘检测，种子填充，轮廓跟踪等功能 -Bmp image files, the program source code for hough transform, contour extraction, border and edge detection, seed filling, the contour tracking function
VC_image
- VC8工程，完整可运行。图像处理算法，点运算，几何变换，正交变换，图像增强，形态学运算，边缘检测，轮廓提取，图像分析，图像还原，图像编码-VC8, image processing algorithms, point arithmetic, geometric transformations, orthogonal transformation, image enhancement, morphological operations, edge detection, contour extrac
matlab1
- 简要介绍了几个基于matlab的图像轮廓提取技术,如robert,sobel 等边缘检测算子,比较了这几个边缘检测算子的处理结果-Briefly introduced several matlab-based image contour extraction technology, robert, sobel edge detection operator, and compare several edge detection operators processing results
DThe_digital_i
- 数字图像处理算法的实现包括：Hough变换，边缘检测，差差影法，轮廓提取与跟踪投影法，图像复原，阈值分割，种子填充 -Digital image processing algorithms to achieve include: Hough transform, edge detection, differential poor law, contour extraction and tracking the projection method, image restoration, thr
CV
- 图像处理 o 梯度 边缘和角点 o 采样 差值和几何变换 o 形态学操作 o 滤波和彩色变换 o 金字塔及其应用 o 连接组件 o 图像和轮廓矩 o 特殊图像变换 o 直方图 o 匹配 结构分析 o 轮廓处理 o 计算几何 o 平面划分 运动分析和对象跟踪 o 背景统计量的累积 o 运动模板 o 对象跟踪 o 光流 o 预估器 模式识别 o 目标检测 照相机定标和三维重建 o 照相机定标 o 姿态估计 o 极线几何 函数列表 参考图像处理注意:本章描述图像处理和分析的一些函数-O gradien
canny_lena
- 自己用过的程序，边缘检测轮廓清晰，没有轮廓断断续续的现象-Have used the program, a clear outline of the edge detection, contour intermittently phenomenon
Pudn
- A filter bank structure that can deal effectively with piecewise smooth images with smooth contours, was proposed by Minh N Do and Martin Vetterli. The resulting image expansion is a directional multiresolution analysis framework composed of contour
20130119
- 数字图像处理边缘检测（hough变化-平行直线检测，轮廓跟踪、提取，种子填充算法1和2）的具体实现。-The edge detection digital image processing (hough change- parallel line detection, the concrete realization of contour tracking, extract, seed filling algorithm 1 and 2).
C-edge
- C 图像轮廓跟踪，边沿检测与提取算法源代码-C image contour tracking, edge detection and extraction algorithm source code
contours
- 在VS2008环境下基于OpenCV画出图片中的轮廓，用到Canny算子边缘检测、形态学变换和轮廓遍历-VS2008 environment based on OpenCV draw the outline of the picture, used Canny operator edge detection, morphological transformation and contour traversal
face_detect
- 人脸的检测，利用训练的方法对人脸进行检测并画出轮廓线-Face detection, using training methods to detect human faces and draw the contour
image-process-fundation
- 本书主要讲述了Visual c++数字图像处理典型算法及实现。全书共12章，分别介绍了数字图像编程基础、图像感知与获取、图像的点运算、几何变换、正交变换、图像增强、腐蚀算法、膨胀算法、细化算法、边缘检测与提取、轮廓跟踪、图像分割、图像配准、图像复原和图像的压缩编码技术，对每种常用的数字图像处理方法，本书都提供了完整的源代码。本书内容丰富，叙述详细，实用性强，适合于数字图像处理工作者阅读参考。 目录 第1章 Visual C++数字图像编程基础 1．1数字图像处理概述 1．2图像
hough
- 基于霍夫变换的外形检测算法的实现，包括图像读取与显示、彩色图像转化为灰度图、灰度图二值化、膨胀腐蚀、图像轮廓提取、线性图形检测以及椭圆检测-Shape detection algorithm based on Hough transform implementation, including the image read and display color images into grayscale, grayscale binary and expansion corrosion image
Analysis-on-Moving-Object
- 计算机视觉研究的主要问题之一是运动物体的检测与跟踪, 它将图像处理、模式识别、自动控制、人 工智能和计算机等很多领域的先进技术结合在了一起, 主要应用在军事视觉制导、视频监控、医疗诊断和智能交通 等各个方面, 因此该技术已经成为一个重要的研究方向。阐述了视觉跟踪算法的研究现状和视觉跟踪算法的种类, 研究了基于区域的跟踪算法、基于模型的跟踪算法、基于特征的跟踪算法和基于主动轮廓的跟踪算法, 探讨了视觉 跟踪算法的未来研究方向。-One of the computer vision