Fabric Image Layering Based on Kmeans-AP

Lei Wang, Wei Zhao, Tong Sang, Yiheng Che, Zeng Zeng
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引用次数: 0

Abstract

As a common image stratification algorithm, Kmeans clustering effect is affected by the initial random clustering center. The same parameter is used for different images, and the clustering effect is not the same. It is difficult to meet the standards of industrial production. Therefore, it is very important to improve the Kmeans algorithm to improve the clustering effect. This paper proposes an improved Kmeans algorithm, which is a combination of Kmeans algorithm and AP(Affinity Propagation) algorithm. This algorithm not only avoids the need of Kmeans to select the appropriate K value in advance, but also improves the overall clustering effect. The experimental results show that the clustering effect of Kmeans-AP algorithm proposed in this paper is better than the average effect of Kmeans in 83% of the whole data set.
基于Kmeans-AP的织物图像分层
作为一种常用的图像分层算法,Kmeans聚类效果受初始随机聚类中心的影响。不同的图像使用相同的参数,聚类效果也不一样。很难达到工业生产的标准。因此,改进Kmeans算法以提高聚类效果是非常重要的。本文提出了一种改进的Kmeans算法,该算法将Kmeans算法与AP(Affinity Propagation)算法相结合。该算法不仅避免了K均值提前选择合适K值的需要,而且提高了整体聚类效果。实验结果表明,本文提出的Kmeans- ap算法的聚类效果在整个数据集的83%上优于Kmeans的平均效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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