Federal Learning Based COVID-19 Fake News Detection With Deep Self-Attention Network

Suyu Ouyang, Junping Du, Benzhi Wang, Bowen Yu, Yuhui Wang, M. Liang
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Abstract

As social media becomes more and more popular, fake news spreads rapidly which is more likely to cause serious consequences, especially during the COVID-19 pandemic. On the premise of meeting data privacy and security requirements, federated learning uses multi-party heterogeneous data to further promote machine learning. This paper proposes a federal learning based COVID-19 fake news detection model with deep self-attention network (FL_FNDM). We construct a deep self-attention network for fake news detection, which combines self-attention-based pretrained model BERT and deep convolutional neural network to detect fake news. Moreover, the fake news detection model is learned under the framework of horizontal federated learning, aiming at protecting users’ data security and privacy. The experimental results demonstrate that the proposed model can improve the performance of fake news detection on the COVID-19 dataset, which can achieve almost the same effect of sharing data without leaking user data.
基于深度自关注网络的联邦学习COVID-19假新闻检测
随着社交媒体越来越流行,假新闻传播迅速,更容易造成严重后果,特别是在COVID-19大流行期间。联邦学习在满足数据隐私和安全需求的前提下,利用多方异构数据进一步推动机器学习。本文提出了一种基于联邦学习的深度自注意网络(FL_FNDM)的COVID-19假新闻检测模型。我们构建了一个用于假新闻检测的深度自注意网络,该网络将基于自注意的预训练模型BERT和深度卷积神经网络相结合来检测假新闻。此外,假新闻检测模型是在水平联邦学习的框架下学习的,旨在保护用户的数据安全和隐私。实验结果表明,该模型可以提高COVID-19数据集上的假新闻检测性能,在不泄漏用户数据的情况下,可以达到几乎相同的数据共享效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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