From Gradient Leakage To Adversarial Attacks In Federated Learning

Jia Qi Lim, Chee Seng Chan
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引用次数: 9

Abstract

Deep neural networks (DNN) are widely used in real-life applications despite the lack of understanding on this technology and its challenges. Data privacy is one of the bottlenecks that is yet to be overcome and more challenges in DNN arise when researchers start to pay more attention to DNN vulnerabilities. In this work, we aim to cast the doubts towards the reliability of the DNN with solid evidence particularly in Federated Learning environment by utilizing an existing privacy breaking algorithm which inverts gradients of models to reconstruct the input data. By performing the attack algorithm, we exemplify the data reconstructed from inverting gradients algorithm as a potential threat and further reveal the vulnerabilities of models in representation learning. Pytorch implementation are provided at https://github.com/Jiaqi0602/adversarial-attack-from-leakage/
从梯度泄漏到联邦学习中的对抗性攻击
深度神经网络(DNN)在现实生活中得到了广泛的应用,尽管人们对该技术及其挑战缺乏了解。数据隐私是深度神经网络尚未克服的瓶颈之一,随着研究人员对深度神经网络漏洞的关注越来越多,深度神经网络面临的挑战也越来越多。在这项工作中,我们的目标是用确凿的证据对深度神经网络的可靠性提出质疑,特别是在联邦学习环境中,通过利用现有的隐私破坏算法来反转模型的梯度来重建输入数据。通过执行攻击算法,我们举例说明了从反梯度算法重构的数据作为潜在威胁,并进一步揭示了模型在表示学习中的漏洞。Pytorch的实现在https://github.com/Jiaqi0602/adversarial-attack-from-leakage/上提供
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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