Hierarchical Interpretation of Neural Text Classification

Recent years have witnessed increasing interest in developing interpretable models in Natural Language Processing (NLP). Most existing models aim at identifying input features such as words or phrases important for model predictions. Neural models developed in NLP, however, often compose word semantics in a hierarchical manner. As such, interpretation by words or phrases only cannot faithfully explain model decisions in text classification. This article proposes a novel Hierarchical Interpretable Neural Text classifier, called HINT, which can automatically generate explanations of model predictions in the form of label-associated topics in a hierarchical manner. Model interpretation is no longer at the word level, but built on topics as the basic semantic unit. Experimental results on both review datasets and news datasets show that our proposed approach achieves text classification results on par with existing state-of-the-art text classifiers, and generates interpretations more faithful to model predictions and better understood by humans than other interpretable neural text classifiers.1

Artificial neural network · Classifier (UML · Interpretation (philosophy · Linguistics · Machine learning · Natural language processing · Semantic interpretation · Semantics (computer science · Word (group theory · Adversarial Robustness in Machine Learning · Computer Science · Explainable Artificial Intelligence (XAI · Topic Modeling · Artificial Intelligence

• Hierarchical Attention Networks for Document Classification

  Open Access•Zichao Yang, Diyi Yang et al.•Proceedings of the 2016…•2016

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