首页> 外文会议>2012 Tenth Annual International Conference on Privacy, Security and Trust >SIPPA-2.0 - Secure information processing with privacy assurance (version 2.0)
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SIPPA-2.0 - Secure information processing with privacy assurance (version 2.0)

机译:SIPPA-2.0-具有隐私保证的安全信息处理(2.0版)

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摘要

We present a two-party secure information processing protocol referred to as SIPPA-2.0 - targeted towards privacy preserving biometric data comparison and reconstruction. The original intention of SIPPA as reported previously is to enable private data comparison and reconstruction between a client and a server when (a) the client possesses some data that are “sufficiently similar” to that of the server, and (b) the server provides a scalar helper data to facilitate private data reconstruction by the client. In SIPPA-2.0, private data comparison and reconstruction are based on new theoretical results and a novel secure computation protocol referred to as SLSSP. These new results allow us to design and develop the much improved SIPPA and SLSSP protocols guaranteeing (a) security under semi-malicious model rather than just semi-honest model, and (b) privacy assurance with arbitrary reconstruction accuracy controllable by the server. Security analysis proving SLSSP secure under the semi-honest and semi-malicious models is presented. SIPPA-2.0 is applied to enable privacy preserving fingerprint comparison; where two parties can compare their fingerprint samples and can obtain a similarity score without revealing their raw fingerprint to each other. Experimental results on the accuracy of fingerprint matching and the run-time performance are also reported.
机译:我们提出了一种称为SIPPA-2.0的两方安全信息处理协议-旨在保护隐私的生物特征数据比较和重建。如前所述,SIPPA的初衷是在以下情况下在客户端和服务器之间进行私有数据比较和重构:(a)客户端拥有与服务器“足够相似”的数据,并且(b)服务器提供标量帮助程序数据,以帮助客户端重建私有数据。在SIPPA-2.0中,私有数据的比较和重建基于新的理论结果和一种称为SLSSP的新颖安全计算协议。这些新结果使我们能够设计和开发经过大大改进的SIPPA和SLSSP协议,以保证(a)在半恶意模型下而不只是在半诚实模型下的安全性,以及(b)具有服务器可控制的任意重构精度的隐私保证。通过安全分析,证明了SLSSP在半诚实半恶意模型下的安全性。 SIPPA-2.0用于实现隐私保护指纹比较;在这种情况下,两方可以比较其指纹样本并获得相似度分数,而无需彼此透露原始指纹。还报道了有关指纹匹配的准确性和运行时性能的实验结果。

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