An attention-based neural popularity prediction model for social media events

Guandan Chen, Qingchao Kong, W. Mao
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引用次数: 12

Abstract

Online interaction behavior between web users often makes some events go viral. Popularity prediction of events is a key task in many security related applications. It forecasts how widely events would spread based on the information of evolution at an early stage. Existing methods either rely on careful feature engineering, or solely consider time series, ignoring rich information of user and text content. In this paper, we attempt to extract and fuse the rich information of text content, user and time series in a data-driven fashion. To this end, we design a popularity prediction model based on deep neural networks, which uses three encoders to extract high-level representation of text content, users and time series respectively. In addition, we incorporate attention mechanism to make our model focus on important features. Experiments on real world dataset show the effectiveness of our proposed model.
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基于注意力的社交媒体事件人气神经预测模型
网络用户之间的在线互动行为往往会使一些事件像病毒一样传播开来。在许多与安全相关的应用程序中,事件流行度预测是一项关键任务。它根据早期进化的信息来预测事件的传播范围。现有的方法要么依赖于细致的特征工程,要么只考虑时间序列,忽略了用户和文本内容的丰富信息。在本文中,我们试图以数据驱动的方式提取和融合文本内容、用户和时间序列的丰富信息。为此,我们设计了一个基于深度神经网络的流行度预测模型,该模型使用三种编码器分别提取文本内容、用户和时间序列的高级表示。此外,我们加入了注意机制,使我们的模型专注于重要的特征。在实际数据集上的实验表明了该模型的有效性。
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