RetaGNN: Relational Temporal Attentive Graph Neural Networks for Holistic Sequential Recommendation

• URL: http://arxiv.org/abs/2101.12457v1
• Date: Fri, 29 Jan 2021 08:08:34 GMT
• Title: RetaGNN: Relational Temporal Attentive Graph Neural Networks for Holistic Sequential Recommendation
• Authors: Cheng Hsu, Cheng-Te Li
• Abstract summary: Sequential recommendation (SR) is to accurately recommend a list of items for a user based on her current accessed ones. We propose a novel deep learning-based model, relation Temporal Attentive Graph Neural Networks (RetaGNN) for holistic SR.
• Score: 11.62499965678381
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: Sequential recommendation (SR) is to accurately recommend a list of items for a user based on her current accessed ones. While new-coming users continuously arrive in the real world, one crucial task is to have inductive SR that can produce embeddings of users and items without re-training. Given user-item interactions can be extremely sparse, another critical task is to have transferable SR that can transfer the knowledge derived from one domain with rich data to another domain. In this work, we aim to present the holistic SR that simultaneously accommodates conventional, inductive, and transferable settings. We propose a novel deep learning-based model, Relational Temporal Attentive Graph Neural Networks (RetaGNN), for holistic SR. The main idea of RetaGNN is three-fold. First, to have inductive and transferable capabilities, we train a relational attentive GNN on the local subgraph extracted from a user-item pair, in which the learnable weight matrices are on various relations among users, items, and attributes, rather than nodes or edges. Second, long-term and short-term temporal patterns of user preferences are encoded by a proposed sequential self-attention mechanism. Third, a relation-aware regularization term is devised for better training of RetaGNN. Experiments conducted on MovieLens, Instagram, and Book-Crossing datasets exhibit that RetaGNN can outperform state-of-the-art methods under conventional, inductive, and transferable settings. The derived attention weights also bring model explainability.

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