HIAE: Hyper-Relational Interaction Aware Embedding for Link Prediction

Lijie Li, Peikai Yuan, Ye Wang, Jiahang Li
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Abstract

Hyper-relational knowledge graph contains the main triple and additional information(qualifiers). The additional information can assist the main triple to predict missing entities(relations). In the previous methods, people usually combine the main triple and additional information through special methods to predict the missing entities(relations). However, not all additional information is equally essential for predicting missing entities(relations). Some additional information plays a more critical role in predicting missing entities (relations), so how to extract and use important additional information effectively in the link prediction (LP) task is very important. This paper proposes a novel Hyper-relational Interaction Aware Embedding (HIAE) model. Specifically, HIAE learns semantic features between the additional information and fuses the important additional information into the main triple through the attention mechanism to complete the prediction task. We have conducted many experiments to show that HIAE significantly outperforms the state-of-the-art models.
链接预测的超关系交互感知嵌入
超关系知识图包含主三元组和附加信息(限定符)。附加信息可以帮助主三元组预测缺失的实体(关系)。在以前的方法中,人们通常通过特殊的方法将主三重信息和附加信息结合起来预测缺失的实体(关系)。然而,并非所有附加信息对于预测缺失的实体(关系)都同样重要。一些附加信息在缺失实体(关系)的预测中起着至关重要的作用,因此如何在链路预测(LP)任务中有效地提取和利用重要的附加信息是非常重要的。提出了一种新的超关系交互感知嵌入(HIAE)模型。具体来说,HIAE学习附加信息之间的语义特征,并通过注意机制将重要的附加信息融合到主三元组中,完成预测任务。我们进行了许多实验,证明HIAE的性能明显优于最先进的模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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