利用形态学数学和模糊逻辑进行自然图像分割

Victoria L. Fox, M. Milanova
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引用次数: 0

摘要

自然图像的分割一直是图像处理中的一个难题。文献中已经提出了许多方法来分割这类图像。许多算法在本质上是复杂的,并且在未改变的图像的实践中效率低下。为了有效地使用这些算法,对自然图像进行预处理是有益的。然而,自然图像往往涉及主体和背景,不容易用清晰的预处理参数进行量化。为此,我们将展示使用灰度形态学算子与自然图像的模糊图像增强相结合是一种高效且不复杂的方法,可以更准确地分离图像中的感兴趣区域,并将定义一种用于自然图像的灰度形态学算子的新组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Natural image segmentation using morphological mathematics and fuzzy logic
The segmentation of natural images remains a challenging task in image processing. Many methods have been proposed in the literature regarding algorithms for the segmentation of such images. Many of the algorithms are complex in nature and inefficient in practice with unaltered images. In order to efficiently use the algorithms it is beneficial to preprocess the natural images. However, natural images often involve subjects and background that are not easily quantified with crisp preprocessing parameters. To this, we will show the use of grey-scale morphological operators coupled with fuzzy image enhancement with natural images is an efficient and noncomplex method that more accurately isolates the region of interest in the image and will define a novel combination of grey-scale morphological operators for use with natural images.
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