搜索资源列表
recognize_face
- 利用灰度积分投影直接对人脸图像进行检测和眼睛定位是一种常用的算法,但是直接采用该算法会受到背 景、特征等因素的影响,识别准确率较低。提出了一种基于最大类间方差阈值和区域膨胀相结合的检测与定位算法。该算 法首先计算最大类间方差设置阈值,把灰度图像转换为二值图像并检测出人脸区域,然后通过对该人脸区域中的连通区域 进行膨胀及连通性处理,精确定位眼睛坐标。实验表明,此算法可靠,具有较好的识别效果。-face recognized
Desktop
- 八连通区域的一种填充方法，可以在兼顾了运动的实时性，得到良好的图像-An eight-connected region filling method can take into account the movement in real-time, get a good image
OSTU--VCPP
- OSTU算法目的就是计算出一连通区域的阈值，然后对该区域二值化-OSTU algorithm purpose is to calculate the threshold of a connected region, then the binary in the region
biaoji
- 对320*256的二值图像进行四连通标记，适用于连通区域粘连程度少的图像-320* 256 on the binary image marking four connectivity for small connected region adhesions image
WaterShed
- 分水岭算法VC源代码和详细说明：梯度图像、标记图像的预处理，连通区域的标定，最后找到分水岭。-watershed algorithm source code and detailed descr iption : gradient image, marking image preprocessing, Calibration of regional connectivity, finally found watershed. Gradient detailed images, image cal
AreaMeasure
- 本文件包含连通区域标记以及面积测量的matlab源代码-This document contains the connected component labeling, and area measurement of the source code matlab
The-biggest-Black-Area
- 求解最大连通区域 一个简单的广度优先搜索算法-Solving the biggest connected region with a simple breadth-first search algorithm
20110301151907
- ：为解决现有视频监控系统中目标检测算法无法应付复杂的室外环境且计算量和存储量较大等问题，将像素从RGB 空间转换到YUV 空间建立基于码本的背景模型，并单独对每个码字中的亮度分量进行高斯建模，提取运动目标的轮廓后，用连通区域算法对图像进行形态 学处理。典型测试序列和ROC 数据的对比实验结果证明该算法是高效和实用的，且易于在DSP 或FPGA 等嵌入式系统上实时实现。-】In order to solve the problems that the existing motion det
liantongbiaoji
- 图像处理方面，用VC++实现的连通区域标记的程序。-Image processing, with VC++ implementation of the procedures connected region markers.
getconnectedarea
- 获取二值图像连通区域，用到了vector list, cptrlist,C++程序。-Gets the binary image connected region two, use the vector list, cptrlist, C++ program
DSPLIT
- 完成图像中连通区域的周长，面积测量,连通区域的标记，用到8连通-measuring the length and area
quyuliantong
- 寻找图像中的连通区域，逐块寻找得到连同区域并用不同灰度标记。-Find the connected region, block by block to find together with the area and marked with different gray-scale image
RegionGrow
- 对二值图像，利用区域生长算法实现连通区域的标记-For binary image， using the region growing algorithm to achieve the mark of connected regions
seed-fill
- 八连通扫描线种子填充算法，可改成四连通区域填充-seed fill
facce
- 基于肤色的多人脸检测，先将肤色提取出来，然后用4邻域法搜索连通区域个数，最终确定人脸个数，将人脸标出来。-face detection based on skin
opencvMontionCount
- 用Opencv实现的视频处理中前景二值图像中连通区域个数的统计，需要再Visual C++6.0下配置opencv1.0才能运行-Opencv realize the video processing statistics of the number of connected regions in binary image of the prospects, the need to Visual C++ 6.0 to configure opencv1.0 to run
Image-connected-component-labeling
- 这是一个使用vc++实现的图像连通区域标记算法，可以找出二值化图像的连通域个数。-This is achieved using vc++ image connected component labeling algorithm can find the binary image of the number of connected domains.
VCPP
- VC++实现图像连通区域标记以及根据面积大小进行面积消去-VC++ achieve image connected component labeling and size area elimination
cvBlob
- 获取图像的连通区域，并进行标定在opencv下运行-Access to the connectivity of the image area, and the calibration run opencv under