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A Novel Fingerprint-Based Biometric Encryption

机译:一种基于指纹的新型生物特征加密

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摘要

Biometric identification suffers a lot of problems such as the storage of user's biometric template, the leakage of user's private and the resulting security problems. As a substitution, biometric encryption has become the focus of the present studies. Recently, numerous studies focus on biometric encryption based on Fuzzy Vault, Fuzzy Commitment and dynamic key generation. Both of them are unavailable in the network environment as they suffer neither stored templates nor unstable keys. In this paper, we propose a fingerprint encryption scheme based on threshold (t, n), unlike the reliance of templates in Fuzzy Vault based scheme or the "encrypted" templates in Fuzzy Commitment based scheme when regenerate the very key, which protects biometric key in a polynomial, and saves nothing about biometric characteristics just like dynamic biometric key generation scheme.
机译:生物特征识别遭受很多问题,例如用户生物特征模板的存储,用户私有数据的泄漏以及由此带来的安全性问题。作为替代,生物特征加密已经成为当前研究的重点。最近,许多研究集中在基于模糊库,模糊承诺和动态密钥生成的生物特征加密上。由于它们既没有存储的模板也没有不稳定的密钥,因此它们在网络环境中都不可用。在本文中,我们提出了一种基于阈值(t,n)的指纹加密方案,这与在重新生成密钥时依赖于基于Fuzzy Vault的模板中的模板或基于基于Fuzzy Commitment的方案中的“已加密”模板不同,这可以保护生物识别密钥在多项式中,并且像动态生物特征密钥生成方案一样,不保存任何有关生物特征的信息。

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