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A Personalized Recommendation System based on Knowledge Graph Embedding and Neural Network

机译:基于知识图形嵌入和神经网络的个性化推荐系统

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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.
机译:神经网络在过去几年中逐渐引起了关注的推荐任务,并出现了一种与协作滤波的神经网络相结合的推荐算法。同时,知识图和图形嵌入也显着发展。本文介绍了一种新的算法级别解决方案,以实现基于知识图形嵌入和神经网络的个性化推荐。知识图形嵌入用于将每个实体嵌入到低维向量中。学习的向量是神经网络的输入,以预测项目的得分。通过涉及Movielens-1M数据集的一系列系统测试,我们证明它可以有效地提高与原始神经协同滤波算法比较的评级预测的准确性。

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