面向Next-POI推荐的多模态时间知识图感知子图嵌入

Xiaoqian Liu, Xiuyun Li, Yuan Cao, Fan Zhang, Xiongnan Jin, Jinpeng Chen
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引用次数: 0

摘要

next - poi推荐旨在从用户登记序列中探索预测下一个可能访问的位置。现有的方法往往难以对多模态数据与用户选择的隐式关联进行建模。此外,传统方法难以充分探索用户偏好在可变时间间隔内的变化。为了解决这些限制,我们提出了一种多模态时间知识图感知子图嵌入方法(Mandari)。我们首先构造了一个新的多模态时间知识图。在提出的知识图基础上,整合多模态信息,利用图关注网络计算子图预测概率。其次,我们实现了一种时间知识挖掘方法,对用户签入的分割和周期性进行建模,并获得时间预测概率。最后,将时间预测概率与之前的子图预测概率进行融合,得到最终结果。大量的实验表明,我们的方法优于现有的最先进的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mandari: Multi-Modal Temporal Knowledge Graph-aware Sub-graph Embedding for Next-POI Recommendation
Next-POI recommendation aims to explore from user check-in sequence to predict the next possible location to be visited. Existing methods are often difficult to model the implicit association of multi-modal data with user choices. Moreover, traditional methods struggle to fully explore the variation of user preferences at variable time intervals. To tackle these limitations, we propose a Multi-Modal Temporal Knowledge Graph-aware Sub-graph Embedding approach (Mandari). We first construct a novel Multi-Modal Temporal Knowledge Graph. Based on the proposed knowledge graph, we integrate multi-modal information and leverage the graph attention network to calculate sub-graph prediction probability. Next, we implement a temporal knowledge mining method to model the segmentation and periodicity of user check-in and obtain temporal prediction probability. Finally, we fuse temporal prediction probability with the previous sub-graph prediction probability to obtain the final result. Extensive experiments demonstrate that our approach outperforms existing state-of-the-art methods.
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