论文标题
与空间增强的图形神经网络的利益点关系推断
Points-of-Interest Relationship Inference with Spatial-enriched Graph Neural Networks
论文作者
论文摘要
作为基于位置的服务中的基本组成部分,推断利益点(POI)之间的关系对于服务提供商来说至关重要,为企业所有者和客户提供良好的用户体验。大多数现有关系推理的方法都没有针对POI,因此未能捕获对POI关系产生巨大影响的独特空间特征。在这项工作中,我们建议PRIM解决多种关系类型的POI关系推论。 PRIM具有四个新型组件,包括加权关系图神经网络,类别分类学集成,自我牵手的空间上下文提取器和特定距离的评分函数。在两个现实世界数据集上进行的广泛实验表明,与最先进的基线相比,PRIM取得了最佳的结果,并且对数据稀疏性是可靠的,并且适用于在实践中看不见的情况。
As a fundamental component in location-based services, inferring the relationship between points-of-interests (POIs) is very critical for service providers to offer good user experience to business owners and customers. Most of the existing methods for relationship inference are not targeted at POI, thus failing to capture unique spatial characteristics that have huge effects on POI relationships. In this work we propose PRIM to tackle POI relationship inference for multiple relation types. PRIM features four novel components, including a weighted relational graph neural network, category taxonomy integration, a self-attentive spatial context extractor, and a distance-specific scoring function. Extensive experiments on two real-world datasets show that PRIM achieves the best results compared to state-of-the-art baselines and it is robust against data sparsity and is applicable to unseen cases in practice.