A line labeling and region growing based algorithm for binary image connected component labeling

Feng Zhang, Shunyong Zhou, W. Xie
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引用次数: 1

Abstract

We propose a connected component labeling algorithm using line labeling and region growing method (LRGM) in this paper. First, we analyse the basic characteristic of current labeling algorithms, and set the scan order of LRGM from left to right, top to bottom, to assign a label to all connected components. Second, we eliminate label conflict by region growing method, because a large number of K label arises of which many are equivalent. Finally, we optimize the search and judgment criterion of LRGM, to make the new algorithm is independent of connected components shape, and the search time is much less than it before costed. Experimenting on various types of document images (pictures, newspapers, etc.), we find that our method outperforms the other sequential methods issued in publication. It greatly increases the run efficient, and it is very useful for real-time and large images processing.
一种基于线标记和区域生长的二值图像连通分量标记算法
本文提出了一种基于线标记和区域生长法(LRGM)的连通分量标记算法。首先,我们分析了当前标记算法的基本特点,并设置了LRGM的扫描顺序,从左到右,从上到下,为所有连接的组件分配一个标签。其次,由于出现了大量的K个标签,其中许多标签是等价的,我们用区域生长法消除了标签冲突。最后,我们对LRGM的搜索和判断准则进行了优化,使新算法不受连接部件形状的影响,且搜索时间大大缩短。在各种类型的文档图像(图片、报纸等)上进行实验,我们发现我们的方法优于已发表的其他顺序方法。它大大提高了运行效率,对实时和大图像处理非常有用。
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