Simultaneous Inference of User Representations and Trust

Shashank Gupta, Pulkit Parikh, Manish Gupta, Vasudeva Varma
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Abstract

Inferring trust relations between social media users is critical for a number of applications wherein users seek credible information. The fact that available trust relations are scarce and skewed makes trust prediction a challenging task. To the best of our knowledge, this is the first work on exploring representation learning for trust prediction. We propose an approach that uses only a small amount of binary user-user trust relations to simultaneously learn user embeddings and a model to predict trust between user pairs. We empirically demonstrate that for trust prediction, our approach outperforms classifier-based approaches which use state-of-the-art representation learning methods like DeepWalk and LINE as features. We also conduct experiments which use embeddings pre-trained with DeepWalk and LINE each as an input to our model, resulting in further performance improvement. Experiments with a dataset of ~356K user pairs show that the proposed method can obtain a high F-score of 92.65%.
用户表示与信任的同时推理
推断社交媒体用户之间的信任关系对于用户寻求可信信息的许多应用程序至关重要。由于可用信任关系的稀缺和偏斜,使得信任预测成为一项具有挑战性的任务。据我们所知,这是探索信任预测的表征学习的第一项工作。我们提出了一种仅使用少量二元用户-用户信任关系来同时学习用户嵌入的方法,以及一种预测用户对之间信任的模型。我们通过经验证明,对于信任预测,我们的方法优于基于分类器的方法,该方法使用最先进的表示学习方法(如DeepWalk和LINE)作为特征。我们还进行了实验,使用DeepWalk和LINE预训练的嵌入作为我们模型的输入,从而进一步提高了性能。在约356K个用户对数据集上进行的实验表明,该方法可以获得92.65%的高f值。
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