基于知识图嵌入和神经网络的个性化推荐系统

Penghua Wang, Xiaoge Li, Feihong Du, Huan Liu, Shuting Zhi
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引用次数: 1

摘要

近年来,神经网络在推荐任务中的应用逐渐受到关注,并出现了一种将神经网络与协同过滤相结合的推荐算法。与此同时,知识图谱和图嵌入也有了长足的发展。本文提出了一种新的基于知识图嵌入和神经网络的个性化推荐算法。知识图嵌入是将每个实体嵌入到一个低维向量中。将学习到的向量作为神经网络的输入来预测一个项目的得分。通过一系列涉及MovieLens-1M数据集的系统测试,我们证明了与原始神经协同过滤算法相比,它可以有效地提高评级预测的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Personalized Recommendation System based on Knowledge Graph Embedding and Neural Network
The application of Neural Network to recommendation task has gradually drawn attention over the last few years, and a recommendation algorithm combining neural network with collaborative filtering has emerged. Meanwhile, knowledge Graph and Graph Embedding have also developed considerably. In this paper, a new algorithm level solution is presented to realize personalized recommendation that is based on Knowledge Graph Embedding and Neural Network. Knowledge Graph Embedding is used to embed each entity into a low-dimensional vector. The learned vectors are as the input of the neural network to predict the score of an item. Through a series of systematic tests involving the MovieLens-1M dataset, we demonstrate that it can effectively improve the accuracy of rating prediction comparing with the original neural collaborative filtering algorithm.
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