Backdoor attack based on feature in federated learning

Laicheng Cao, F. Li
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引用次数: 0

Abstract

Federated learning enables participants to construct a better model without sharing their private local data with each other. In the context of the continuous introduction of laws and regulations aimed at protecting data and privacy security, such as the "Data Security Law", federated learning has been more valued and more widely used. However, federated learning is vulnerable to attacks, one is backdoor attack. Here, we propose a backdoor attack method based on feature, used the CIFAR-10 data set and the ResNet18 model to research in the two different scenarios which one used the data that malicious participant participate in normal training as a backdoor and another used the data that implanting during the training as a backdoor. Especially, when we used the data that malicious participant participate in normal training as a backdoor, the attack success rate is about 50% while the attack does not affect the training process.
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基于联邦学习特征的后门攻击
联邦学习使参与者能够构建更好的模型,而无需彼此共享他们的私有本地数据。在《数据安全法》等旨在保护数据和隐私安全的法律法规不断出台的背景下,联邦学习得到了更多的重视和更广泛的应用。然而,联邦学习容易受到攻击,其中之一就是后门攻击。在此,我们提出了一种基于特征的后门攻击方法,使用CIFAR-10数据集和ResNet18模型在两种不同的场景下进行研究,一种是使用恶意参与者参与正常训练的数据作为后门,另一种是使用训练过程中植入的数据作为后门。特别是当我们使用恶意参与者参与正常训练的数据作为后门时,攻击成功率在50%左右,并且攻击不影响训练过程。
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发文量
12
审稿时长
20 weeks
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