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Density Peak Clustering Based on Firefly Algorithm

机译:基于萤火虫算法的密度峰聚类

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In density peak clustering the choice of cut-off distance is not theoretically supported, and to address this concern, we propose density clustering based on firefly algorithm. The certainty between data is determined on the basis of density estimation entropy. The cut-off distance corresponding to the minimum entropy is found by iterative optimization of FA, and then substituted into the standard density clustering algorithm. Simulation experiments are conducted on eight artificial datasets. Compared with the standard density peak clustering, our method can choose the cut-off distance in a self-adaptive manner on different datasets, which improves the clustering effect.
机译:在密度峰值聚类中,截止距离的选择不是理论上支持的,并且解决了这一问题,我们提出了基于萤火虫算法的密度聚类。数据之间的确定性是基于密度估计熵确定的。通过FA的迭代优化找到与最小熵对应的截止距离,然后被取代为标准密度聚类算法。仿真实验在八个人工数据集上进行。与标准密度峰聚类相比,我们的方法可以在不同的数据集上以自适应方式选择截止距离,从而提高了聚类效果。

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