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Hill-climbing attack: Parametric optimization and possible countermeasures. An application to on-line signature recognition

机译:爬山攻击:参数优化和可能的对策。在线签名识别的应用程序

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摘要

Although biometric recognition systems provide many advantages over traditional recognition methods, they can be vulnerable to specific attacks which may considerably decrease their security. In this paper we focus on the hill-climbing attack which is peculiar of biometric systems. Specifically, we evaluate the effectiveness of general approaches relying on parametric functions optimization for performing this kind of attack, and propose possible countermeasures which can be used for increasing the system robustness without significantly affecting its recognition performance. An application to on-line signature biometrics is taken into account to test both the proposed attacks and some possible countermeasures.
机译:尽管生物识别系统具有与传统识别方法的许多优势,但它们可能很容易受到特定攻击,这可能会显着降低其安全性。在本文中,我们专注于爬山攻击,这是生物识别系统特有的。具体而言,我们评估依赖于参数函数优化进行这种攻击的一般方法的有效性,并提出了可能用于增加系统鲁棒性的可能对策,而不会显着影响其识别性能。考虑到在线签名生物测量学的应用,以测试建议的攻击和一些可能的对策。

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