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Improvement of 2-Partition Entropy Approach Using Type-2 Fuzzy Sets for Image Thresholding

机译:使用类型2模糊集进行图像分割的2分区熵方法的改进

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Thresholding is a fundamental task and a challenge for many image analysis and pre-processing process. However, the automatic selection of an optimum threshold has remained a challenge in image segmentation. The fuzzy 2-partition entropy approachfor threshold selection is one of the best image thresholding techniques. In this work, an improvement of the later method using type-2 fuzzy sets is proposed to represent the imprecision or lack of knowledge of the expert in the choice of the membership function associated with the image. Two databases are used to evaluate its effectiveness: dataset of standard grayscale test images and MR Brain images. Experiment results show that the type-2 Fuzzy 2-partition entropy algorithm performs equally well in terms of the quality of image segmentation and leads to a good visual result.
机译:阈值处理是许多图像分析和预处理过程的一项基本任务,也是一项挑战。然而,最佳阈值的自动选择仍然是图像分割中的挑战。用于阈值选择的模糊2分区熵方法是最好的图像阈值技术之一。在这项工作中,提出了使用类型2模糊集的后一种方法的改进,以表示专家在选择与图像相关的隶属函数时不精确或缺乏知识。两个数据库用于评估其有效性:标准灰度测试图像和MR脑图像的数据集。实验结果表明,类型2模糊2分区熵算法在图像分割质量上表现同样出色,并且视觉效果良好。

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