搜索资源列表
image-segmentation
- 基于自动种子选择的区域生长法，克服了传统区域法的很多缺点-Region growing method based on automatic seed selection, to overcome the many shortcomings of the traditional regional law
Automatic-Seeded
- 一种改进的基于自动种子选择的区域生长法，效果明显-An improved region growing method
RegionGrowth
- 基于Matlab平台的区域生长法图像分割。采用8连通的领域，手动选取种子点。-Matlab platform-based region growing image segmentation. 8-connected areas, manually select seed points.
deer
- Sobel算子实现图像区域生长的图像分割，该程序经本人验证可行，欢迎下载-Sobel operator to achieve the image region growing image segmentation, the program after I verified feasible, welcome to download
RegionGrowing
- 基于区域生长的图像分割方法,对理解区域生长算法原理有帮助。-Image segmentation method based on region growing.It is helpful to understand the theory of the region growing algorithm.
regiongrowing
- 基于区域生长发的图像分割，输入待分割的图像，输出分割结果-Issued based on region growing image segmentation, the input image to be segmented, the output segmentation results
exp5quyushengzhang
- 数字图像处理及图像处理和分析技术课程实验区域生长的实验源代码，亲测win8下vc++6.0可以运行。-Digital image processing and image processing and analysis techniques course experiment region growing experiment source code, under the pro-test win8 vc++6.0 can run.
RegionGrow
- matlab,区域生长算法，代码为算法函数，文本文档为调用示例，对matlab内置图像coins.png进行基于种子点的区域生长调用，图像生成时，用户用鼠标在其中选取一个种子点并按回车键，之后会出现分割效果。-matlab, region growing algorithm, code for arithmetic functions, the text document is called an example of matlab built-in image coins.png seed p
regiongrow
- 结合彩色图像、高程图像的区域生长算法 种子点需要事先提供-Region growing
ex_Image
- 月球撞击坑的自动识别（基于影像的），主要涉及影像的阈值分割、区域生长、条件匹配、边缘提取及拟合-Lunar craters automatic identification (image-based), mainly related to the image threshold segmentation, region growing, conditional matching, edge extraction and fitting
watershed-a-region-growing
- matlab实现的区域增长和分水岭算法，以及基于sobel算子，prewitt算子，canny算子，log算子的边缘检测算法。-matlab implementation of regional growth and watershed algorithm, and on the sobel operator, prewitt operator, canny operator, log operator edge detection algorithm.
Image-segmentation-code
- Cutpicture(form)做的是直方图统计： 第一步：读入图片，并将彩色图片用公式转化为灰度图像。 第二步：用区域生长法将图片分块并对每一块做直方图统计，用广度优先搜索完成，子程序是int flood_fill()。返回值是区域内的点的数量。判断是否属于同一块区域的条件是前面搜索得到的灰度平均值是否大于给定阈值（即threshold，由用户输入决定）。 第三步：任意两块区域对区域直方图的每个色阶比例的差的绝对值求和，若和小于阈值（即threshold2，由用户输入决定）则合并两
quyushengzhang
- 区域生长法实现图像分割，获得区域生长起始点，将生长起始点灰度值存入seed中，图像边界上的点的判断，计算新的灰度平均值-Region growing method to achieve image segmentation, region growing starting point to obtain the growth of the gray values are stored in seed starting point, the image point on
second2
- 静态背景目标跟踪。采用帧间差，去噪处理，区域生长法。还原前景。-Static background target tracking. Using inter-frame difference, denoising, region growing method. Restore outlook.
Seed
- 基于种子点的区域增长算法 Matlab -Matlab seed region growing
image-segmentation
- 图像分解算法，四种方法可选，包括threshold, K means threshold, region growing以及gradient based segmentation-Image decomposition algorithm, four methods available, including the threshold, K means threshold, region growing and gradient based segmentation
RegionGrowing
- 快速的2D/3D区域生长算法，通过对邻近像素进行优先级排队进行加速，效果优于matlab本身的区域生长算法-Native Matlab implementations of region growing algorithms are usually quite slow, especially for 3D input data. This submission is a mex implementation of a 3D/2D region growing algorithm. The re
UntitledE
- 区域生长算法，一种传统的图像分割算法，用于图像分割。-region growing algorithm for image segmentation .it is a trditional image segmentatin algorithm.
Adaptive-Neighborhood--for--Image
- 自适应邻域技术在图像处理方面运用的非常广泛，本文中所介绍的两种自适应邻域技术——各向异性局部多项式近似—置信区域交集[1] (LPA-ICI，Local Polynomial Approximation—Intersection of Confidence Intervals)技术和区域生长[2] (region growing)技术是目前为止使用最为广泛两种。本文分别使用点的灰度值预选取、矩形块的均值预选取和自适应块预选取来驱动这两种自适应邻域算法来实现自适应邻域的生成，并将自适应邻域技术
Segmentation
- 区域生长算法被证实是一个有效的图像分割方法。区域生长的基本方法是从被分割对象 里作为种子区域(通常是一个或多个像素)的一个区域开始，在种子区域的相邻像素寻找与种 子像素有相同或相似性质的像素，并将这些像素合并到种子像素所在的区域中。将这些新像 素当作新的种子区域继续进行上述过程。区域生长算法主要取决于用来选择确定为种子区域 像素的标准、用来确定相邻像素的连通性类型和用来访问相邻像素的策略。-Region growing algorithms have proven to be a