JOURNAL ARTICLE

Redrec: Relation and Dynamic Aware Graph Convolutional Network for Sequential Recommendation

Abstract

In the daily lives, people always buy complements together instead of substitutes. These item relationships in the user-item interaction sequences can have impact on the target item in the recommender systems. It is essential to recognize that strength of these item-item influence varies over time. However, most previous related studies don't explicitly model both the relations between the items and time factor together. In this work, we propose a Relation and Dynamic aware Graph Convolutional Network (GCN) for sequential Recommendation (ReDRec), which explicitly model item relations and time information from data. Our model uses a GCN to model item relations and utilizes different time kernel functions for each item relation to better simulate the time decay of various relationship. Our model acquires better results in extensive experiments on public datasets, which proves that our methods have a competitive performance against previous baseline models.

Keywords:
Computer science Relation (database) Graph Kernel (algebra) Recommender system Baseline (sea) Theoretical computer science Data modeling Data mining Artificial intelligence Machine learning Database Mathematics

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FWCI (Field Weighted Citation Impact)
17
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0.35
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Topics

Recommender Systems and Techniques
Physical Sciences →  Computer Science →  Information Systems
Advanced Graph Neural Networks
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