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HieRec: Hierarchical User Interest Modeling for Personalized News Recommendation
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User interest modeling is critical for personalized news recommendation. Existing news recommendation methods usually learn a single user embedding for each user from their previous behaviors to represent their overall interest. However, user interest is usually diverse and multi-grained, which is difficult to be accurately modeled by a single user embedding. In this paper, we propose a news recommendation method with hierarchical user interest modeling, named HieRec. Instead of a single user embedding, in our method each user is represented in a hierarchical interest tree to better capture their diverse and multi-grained interest in news. We use a three-level hierarchy to represent 1) overall user interest; 2) user interest in coarse-grained topics like sports; and 3) user interest in fine-grained topics like football. Moreover, we propose a hierarchical user interest matching framework to match candidate news with different levels of user interest for more accurate user interest targeting. Extensive experiments on two real-world datasets validate our method can effectively improve the performance of user modeling for personalized news recommendation.
Forward citations
Cited by 3 Pith papers
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Leveraging Media Frames to Improve Normative Diversity in News Recommendations
Frame-based diversification in the MANNeR recommender increases predicted-frame novelty and measured normative diversity, but the gains are evaluated on the same auto-generated frame labels the system was optimized on.
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Privacy-Preserving Multimodal News Recommendation through Federated Learning
A multimodal federated news recommender that fuses BERT text and ViT image features with long- and short-term user modeling, plus Shamir-secret-sharing secure aggregation, reports AUC 0.698 on MIND data.
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