Possibilistic fuzzy C-means clustering under observer-biased framework

Saloua El Motaki, Yahyaouy Ali, H. Gualous, J. Sabor
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Abstract

Ensuring an adaptable and interactive tools to analyze data objects is an advisable objective of machine learning algorithms. Many methods exist, and new methods, or improvements in existing ones are proposed regularly to deal with a variety of problems in different areas. We develop a variant of the well-known Possibilistic Fuzzy c-Means Clustering algorithm PFCM that takes into account the observer-biased framework, Possibilistic fuzzy c-means with focal point PFCMFP. the accuracy of the proposed method is verified by cluster validity measures. The experimental results have shown that the accuracy of the new method increases significantly, compared to the initial PFCM algorithm. To elaborate this study, we have used a dataset of individual household electric power consumption, that is accessed publicly at the UCI Machine Learning Repository.
观察者偏置框架下的可能性模糊c均值聚类
确保一个适应性强的交互式工具来分析数据对象是机器学习算法的一个可取目标。针对不同领域的各种问题,存在着许多方法,并且经常提出新的方法或对现有方法的改进。我们开发了一种众所周知的可能性模糊c均值聚类算法PFCM的变体,该算法考虑了观察者偏向框架,即带焦点的可能性模糊c均值PFCMFP。通过聚类有效性度量验证了该方法的准确性。实验结果表明,与初始的PFCM算法相比,新方法的精度有了显著提高。为了详细说明这项研究,我们使用了个人家庭电力消耗的数据集,该数据集在UCI机器学习存储库中公开访问。
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