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Optimal Fractional Filter for image segmentation

机译:用于图像分割的最佳分数滤波器

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摘要

In this paper, we present a new image thresholding algorithm based on fractional filter (FF). Our experiments showed that a good segmentation result corresponds to an optimal order of the filter. Then, we propose to use geometric moments to find the optimal order. The proposed algorithm, called FLM, allows including contextual information such as the global object shape and uses the properties of the two-dimensional fractional integration. The efficiency of FLM was illustrated by the comparison to other six competing methods recently published and it was tested on real-world problem.
机译:在本文中,我们提出了一种基于分数滤波器(FF)的新图像阈值算法。我们的实验表明,好的分割结果对应于滤波器的最佳顺序。然后,我们建议使用几何矩来找到最佳阶。所提出的算法称为FLM,它允许包括诸如全局对象形状之类的上下文信息,并使用二维分数积分的属性。通过与最近发布的其他六种竞争方法进行比较来说明FLM的效率,并对其进行了实际问题测试。

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