跟随谁,为什么:将预测与解释联系起来

Nicola Barbieri, F. Bonchi, G. Manco
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引用次数: 173

摘要

用户推荐系统是任何在线社交网络平台的关键组成部分:它们帮助用户更快地扩展他们的网络,从而提高参与度和忠诚度。本文研究了社交网络中用户推荐的链接预测和解释。对于这个问题,我们提出了WTFW(“跟随谁和为什么”),这是一个用于有向图和节点属性图链接预测的随机主题模型。我们的模型不仅预测链接,而且对于每个预测的链接,它决定它是“主题”链接还是“社会”链接,并根据这个决定产生不同类型的解释。建议在对某个主题感兴趣的用户和该主题的权威用户之间建立主题链接:在这种情况下,解释是一组二进制特征,描述负责创建链接的主题。社交链接被推荐给共享一个大的社交邻居的用户:在这种情况下,解释是邻居的集合更有可能负责链接的创建。我们对真实世界数据的实验评估证实了WTFW在链接预测中的准确性和相关解释的质量。
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Who to follow and why: link prediction with explanations
User recommender systems are a key component in any on-line social networking platform: they help the users growing their network faster, thus driving engagement and loyalty. In this paper we study link prediction with explanations for user recommendation in social networks. For this problem we propose WTFW ("Who to Follow and Why"), a stochastic topic model for link prediction over directed and nodes-attributed graphs. Our model not only predicts links, but for each predicted link it decides whether it is a "topical" or a "social" link, and depending on this decision it produces a different type of explanation. A topical link is recommended between a user interested in a topic and a user authoritative in that topic: the explanation in this case is a set of binary features describing the topic responsible of the link creation. A social link is recommended between users which share a large social neighborhood: in this case the explanation is the set of neighbors which are more likely to be responsible for the link creation. Our experimental assessment on real-world data confirms the accuracy of WTFW in the link prediction and the quality of the associated explanations.
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KDD '22: The 28th ACM SIGKDD Conference on Knowledge Discovery and Data Mining, Washington, DC, USA, August 14 - 18, 2022 KDD '21: The 27th ACM SIGKDD Conference on Knowledge Discovery and Data Mining, Virtual Event, Singapore, August 14-18, 2021 Mutually Beneficial Collaborations to Broaden Participation of Hispanics in Data Science Bringing Inclusive Diversity to Data Science: Opportunities and Challenges A Causal Look at Statistical Definitions of Discrimination
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