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A Fast and Efficient Thinning Algorithm for Binary Images

机译:快速有效的二值图像细化算法

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Skeletonization “also known as thinning” is an important step in the pre-processing phase in many of pattern recognition techniques. The output of Skeletonization process is the skeleton of the pattern in the images. Skeletonization is a crucial process for many applications such as OCR and writer identification. However, the improvements in this area are only a recent phenomenon and still require more researches. In this paper, a new skeletonization algorithm is proposed. This algorithm combines between parallel and sequential, which is categorized under an iterative approach. The suggested method is conducted by experiments of benchmark dataset for evaluation. The outcome is to obtain much better results compared to other thinning methods that are discussed in comparison part.
机译:在许多模式识别技术中,骨架化“也称为细化”是预处理阶段的重要步骤。骨架化过程的输出是图像中图案的骨架。骨架化对于许多应用程序(例如OCR和作者识别)是至关重要的过程。但是,这方面的改进只是最近才出现的现象,仍然需要更多的研究。本文提出了一种新的骨架化算法。该算法在并行和顺序之间进行了组合,这在迭代方法下进行了分类。建议的方法是通过基准数据集的实验进行评估。与在比较部分讨论的其他细化方法相比,结果是获得了更好的结果。

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