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Detecting High-Engaging Breaking News Rumors in Social Media

机译:检测社交媒体中的高参与突破新闻谣言

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摘要

Users from all over the world increasingly adopt social media for newsgathering, especially during breaking news. Breaking news is an unexpected event that is currently developing. Early stages of breaking news are usually associated with lots of unverified information, i.e., rumors. Efficiently detecting and acting upon rumors in a timely fashion is of high importance to minimize their harmful effects. Yet, not all rumors have the potential to spread in social media. High-engaging rumors are those written in a manner that ensures achievement of the highest prevalence among the recipients. They are difficult to detect, spread very fast, and can cause serious damage to society. In this article, we propose a new multi-task Convolutional Neural Network (CNN) attention-based neural network architecture to jointly learn the two tasks of breaking news rumors detection and breaking news rumors popularity prediction in social media. The proposed model learns the salient semantic similarities among important features for detecting high-engaging breaking news rumors and separates them from the rest of the input text. Extensive experiments on five real-life datasets of breaking news suggest that our proposed model outperforms all baselines and is capable of detecting breaking news rumors and predicting their future popularity with high accuracy.
机译:来自世界各地的用户越来越多地采用社交媒体进行新闻,特别是在突发新闻期间。突发新闻是目前正在开发的意外事件。突发新闻的早期阶段通常与许多未验证的信息相关联,即谣言。在及时的方式有效地检测和作用谣言具有很高的重要性,以最大限度地减少其有害影响。然而,并非所有谣言都有可能在社交媒体中传播。高啮合的谣言是以一种方式编写的谣言,确保获得收件人的最高普遍性。它们难以检测,传播得非常快,可能对社会造成严重损害。在本文中,我们提出了一种新的多任务卷积神经网络(CNN)关注的神经网络架构,共同学习突发新闻谣言检测和破坏社交媒体中的两个任务。该建议的模型学习了检测高接合突发新闻谣言的重要特征中的突出的语义相似性,并将它们与输入文本的其余部分分开。关于突发新闻的五个现实生活数据集的广泛实验表明,我们所提出的模型优于所有基线,并且能够检测突破新闻谣言并以高精度预测其未来的普及。

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