搜索资源列表
RM
- 区域合并：本程序的区域合并不同于其他方法的区域合并，该合并基于温度的大小来决定是否要合并。-Region merging: the area of this program to merge the region merging different from other methods, to decide whether to merge the merger based on the size of the temperature.
shadow-removal
- 本文提供了基于局部颜色信息不变的阴影检测方法，根据，被覆盖为阴影的区域与原背景区域的RGB分量之间的关系，推导出阴影区域的特点。-This article provides a constant shadow detection method based on local color information to be overwritten as the shadow area and the original background of the region between the RGB
Topology-Chain-Model
- 基于GIS 数据库中线线空间冲突检测的需求,分析了线目标间空间关系精细化描述和计 算模型. 采用GIS 空间关系理论,利用分解组合的思想,将拓扑不变量归结为局部拓扑关系及次 序,并提出了一种将线线拓扑关系与序关系、度量关系集成描述的拓扑链模型. 结果表明:该模型 可以集成描述线目标间局部详细的拓扑关系、左右关系及相交角度、交点数量、交点距离、相交区 域面积等度量关系,可以满足GIS 数据库中的线目标间空间冲突检测的需求.-To meet the demands for detec
region_growing
- matlab 程序 ，，基于区域生长的数字图像分割，选取一个种子点- matlab program, digital image segmentation based on region growing, select a seed point
marker_identify_test0316
- 基于连通域搜索的目标识别算法 可以完成图像中连通域搜索和重心计算-target identification algorithm based on region searching
camshift
- 基于选定区域颜色信息的跟踪算法，通过鼠标选择区域，计算区域颜色特征，对物体进行跟踪-Based on the selected regions of color information in the tracking algorithm, through the mouse to select the area, calculation region color feature, object tracking
Classic_Exemplar
- 论文《Region Filling and Object Removal by Exemplar-Based Image Inpainting》中提出的图像修复算法 1）使用了OpenCV2.2.0和VS2010，设置系统环境变量OPENCV_DIR为OpenCV的安装路径，如C:\OpenCV2.2,在path中添加环境变量C:\OpenCV2.2\bin,可以根据OpenCV提供的用户手册设置属性页文件 2)生产dll，具体的函数可以查看文件Classic_Exemplar.h
Triangular-Reconstruction
- 基于增量扩散法的思想，提出并实现了一个散乱点云的三角网格重构算法-Based on region-growing idea, a triangular mesh reconstruction algorithm for points cloud is presented
matlab
- 基于Matlab平台实现目标信息提取。求未含噪声的原图像的周长需先对图像进行二值化，然后选择一种算法进行边缘检测，包含prewitt,canny,sobel等算法，再通过sum(sum())函数进行周长的计算并显示在相应的位置。为求包含特定目标的噪声污染图像的周长或面积，首先对图像进行去噪，再进行二值化，接着进行微小分割，实现边缘提取或者区域分割，进一步统计目标周长或者目标面积。-Based on Matlab platform to achieve the goal of informatio
1317292993549_0
- cvpr2011的关于基于显著区域检测的全局对比度的算法的基于vc2010环境的实现。-Cvpr2011 about significant region detection based on the contrast of the algorithm based on global vc2010 the realization of the environment.
ab
- 根据在十字路口实际情况及车辆闯红灯的特点，本文提出了一种车辆检测算法，该算法是基于首先在检测区域检测到移动车辆然后通过处理进一步分析车辆运动的趋势。-According to the practice of crossroads and the characteristics of vehicles running red-light, this paper presents a vision vehicle detection algorithm based on detection
Image-segmentation
- 此文件中包含图像分割的程序，其中有自适应图像分割，阈值分割，基于区域生长法的图像分割，最大方差法计算分割门限的程序，而且用的是matlab语言-This file contains the image segmentation procedure, which has adaptive image segmentation, threshold segmentation, region growing method based on the image segmentation, maximum
tuxiangfenge
- 采用三种不同的方法，实现图像分割，分别是基于阈值的分割技术，基于区域生长的分割和基于边界的分割-Using three different methods to achieve image segmentation, are threshold-based segmentation techniques, segmentation based on region growing and boundary-based segmentation
[segmentasi-citra-berwarna-dengan-algoritma-jseg]
- In this work, a new approach to fully automatic color image segmentation, called JSEG, is presented. First, colors in the image are quantized to several representing classes that can be used to differentiate regions in the image. Then, image
等值线图的彩色填充方法
- 等值线图的彩色填充方法、三次B样条插值算法、基于Delaunay三角网的区域等值线绘制关键算法、基于边界点追踪的等值线图区域填充算法相关论文和程序，难得研究算法和程序。-Contour color filling method, three B spline interpolation algorithm, based on the Delaunay triangulation area contour drawing key algorithm, based on boundary track
face-and-eye
- 基于matlab的，通过肤色和眼睛的检测检测人脸的代码-Eye_tracking.zip- Simple face and eye detection MATLAB Release: R13 You can use this codes for face detection based on color segmentation and eye region detection
fg
- 基于区域增长的医学图像的分割研究，凸显其中的一部分-Medical image segmentation based on region growing arithmetic
One-kind-of-image-mosaic-algorithm-
- 一种基于区域匹配的图像拼接算法，希望对大家有帮助-One kind of image mosaic algorithm based on region matching
tuxiangronghe
- 图像融合 是基于小波变换方法 融合规则是基于区域最大值法-Image fusion is based on wavelet transform method based on region fusion rules is the maximum method
zhexian_xinlaiyu
- 这是一个用基于折线的信赖域方法求解优化问题的matlab程序-This is a matlab program polyline-based trust region methods for solving optimization problems