Impacts of adversarial inputs in associative memory models and its iterative learning variants

V. Venkoparao, Saurav Musunuru, R. Dubey
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Abstract

Adversarial attacks have always been a bane to neural networks. Most of the research focus is on adversarial networks and its defence for deep neural networks. Associative memory models are different class of neural models used in image recognition tasks. There are fundamental differences between Deep neural networks and Associative memory models in terms of the learning procedures. These fundamental differences in turn have different effects on adversarial attacks. In this paper we have attempted an empirical study on various flavors of an associative memory models viz.Hopfield model and two different forms of iterative learning rules and its resilience towards an adversarial attack.
对抗性输入对联想记忆模型及其迭代学习变体的影响
对抗性攻击一直是神经网络的祸根。目前,深度神经网络的研究主要集中在对抗性网络及其防御上。联想记忆模型是用于图像识别任务的不同类型的神经模型。在学习过程方面,深度神经网络和联想记忆模型之间存在根本性的差异。这些基本差异反过来对对抗性攻击产生不同的影响。在本文中,我们尝试了一种不同风格的联想记忆模型,即hopfield模型和两种不同形式的迭代学习规则及其对对抗性攻击的弹性的实证研究。
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