基于区域的三维图像分割技术与算法

Q. Salih, A. Ramli
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引用次数: 10

摘要

区域增长是一种通用的图像分割技术,利用图像特征将相邻像素分组形成区域。提出了一种基于分割和合并方法的区域增长问题并行求解算法,并用该算法对各种并行体系结构模型进行了测试和比较。图像分割是将原始图像分割成一些有意义的区域的过程。它是更高层次加工的基础;例如,物体识别。这两种算法都应该分割2D和3D数据集。客观比较采用指定区域增长、分割合并和区域分割等方法进行评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Region based segmentation technique and algorithms for 3D image
Region growing is a general technique for image segmentation, where image characteristics are used to group adjacent pixels together to form regions. This paper presents a parallel algorithm for solving the region growing problem based on the split and merge approach, and uses it to test and compare various parallel architecture models. Image segmentation is the process by which the original image is partitioned into some meaningful regions. It is the foundation of higher level processing; eg, object recognition. Both algorithms are supposed to segment 2D as well as 3D data sets. An objective comparison performs the evaluation using specified region growing, splitting and merging, and region segmentation.
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