聚类分析
计算机科学
约束聚类
人工智能
共识聚类
光谱聚类
相关聚类
数据挖掘
模糊聚类
数据流聚类
机器学习
图形
CURE数据聚类算法
理论计算机科学
作者
Lilei Sun,Jie Wen,Chengliang Liu,Lunke Fei,Lusi Li
标识
DOI:10.1016/j.neunet.2023.07.022
摘要
There is a large volume of incomplete multi-view data in the real-world. How to partition these incomplete multi-view data is an urgent realistic problem since almost all of the conventional multi-view clustering methods are inapplicable to cases with missing views. In this paper, a novel graph learning-based incomplete multi-view clustering (IMVC) method is proposed to address this issue. Different from existing works, our method aims at learning a common consensus graph from all incomplete views and obtaining a clustering indicator matrix in a unified framework. To achieve a stable clustering result, a relaxed spectral clustering model is introduced to obtain a probability consensus representation with all positive elements that reflect the data clustering result. Considering the different contributions of views to the clustering task, a weighted multi-view learning mechanism is introduced to automatically balance the effects of different views in model optimization. In this way, the intrinsic information of the incomplete multi-view data can be fully exploited. The experiments on several incomplete multi-view datasets show that our method outperforms the compared state-of-the-art clustering methods, which demonstrates the effectiveness of our method for IMVC.
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