Multi-view clustering has become a significant area of research, with numerous methods proposed over the past decades to enhance clustering accuracy. However, in many real-world applications, it is crucial to demonstrate a clear decision-making process-specifically, explaining why samples are assigned to particular clusters. Consequently, there remains a notable gap in developing interpretable methods for clustering multi-view data. To fill this crucial gap, we make the first attempt towards this direction by introducing an interpretable multi-view clustering framework. Our method begins by extracting embedded features from each view and generates pseudo-labels to guide the initial construction of the decision tree. Subsequently, it iteratively optimizes the feature representation for each view along with refining the interpretable decision tree. Experimental results on real datasets demonstrate that our method not only provides a transparent clustering process for multi-view data but also delivers performance comparable to state-of-the-art multi-view clustering methods. To the best of our knowledge, this is the first effort to design an interpretable clustering framework specifically for multi-view data, opening a new avenue in this field.

多视角聚类是一个重要的研究领域，本研究提出了一个可解释的多视角聚类框架，通过提取每个视角的嵌入特征和生成伪标签来引导决策树的初始构建，并在优化特征表示以及改进解释性决策树的同时，为多视角数据提供一个透明的聚类过程，实验结果表明，该方法在聚类性能上与最先进的多视角聚类方法可媲美。

解释性多视角聚类