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Security analysis and improvement of some biometric protected templates based on Bloom filters

机译:基于Bloom过滤器的一些生物特征保护模板的安全性分析和改进

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In this work, we develop an unlinkability and irreversibility analysis of the so-called Bloom filter-based iris biometric template protection introduced at ICB 2013. We go further than the unlinkability analysis of Hermans et al. presented at BIOSIG 2014. Firstly we analyse unlinkability on protected templates built from two different iriscodes coming from the same iris whereas Hermans et al. analysed only protected templates from the same iriscode. Moreover we introduce an irreversibility analysis that exploits non-uniformity of the biometric data. Our experiments demonstrate new vulnerabilities of this scheme. Then we will discuss the security of other similar protected biometric templates based on Blooms filters that have been suggested in the literature since 2013. Finally we suggest a Secure Multiparty Computation (SMC) protocol, that benefits of the alignment-free feature of this Bloom filter construction, in order to compute efficiently and securely the matching scores. (C) 2016 Elsevier B.V. All rights reserved.
机译:在这项工作中,我们对在ICB 2013上推出的所谓基于Bloom过滤器的虹膜生物特征模板保护进行了不可链接性和不可逆性分析。我们比Hermans等人的不可链接性分析走得更远。首先,我们在BIOSIG 2014上发表了论文。仅分析了来自同一虹膜代码的受保护模板。此外,我们介绍了利用生物特征数据不均匀性的不可逆性分析。我们的实验证明了该方案的新漏洞。然后,我们将讨论自2013年以来在文献中提出的基于Blooms过滤器的其他类似受保护生物特征模板的安全性。最后,我们建议一种安全多方计算(SMC)协议,该协议将受益于此Bloom过滤器的无对齐功能为了有效和安全地计算匹配分数。 (C)2016 Elsevier B.V.保留所有权利。

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