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An optical authentication system based on encryption technique and multimodal biometrics

机译:基于加密技术和多模态生物特征的光学认证系统

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摘要

A major concern nowadays for a biometric credential management system is its potential vulnerability to protect its information sources. To prevent a genuine user's templates from both internal and external threats, a novel and simple method combined optical encryption with multimodal biometric authentication technique is proposed. In this method, the standard biometric templates are generated real-timely by the verification keys owned by legal user so that they are unnecessary to be stored in a database. Compared with the traditional recognition algorithms, storage space and matching time are greatly saved. In addition, the verification keys are difficult to be forged due to the utilization of optical encryption technique. Although the verification keys are lost or stolen, they are useless for others in absence of the legal owner's biometric. A series of numerical simulations are performed to demonstrate the feasibility and performance of this method.
机译:如今,生物特征凭证管理系统的一个主要问题是其保护信息源的潜在漏洞。为了防止真实用户模板受到内部和外部威胁,提出了一种新颖,简单的方法,将光加密与多模式生物特征认证技术相结合。在这种方法中,标准生物特征模板是由合法用户拥有的验证密钥实时生成的,因此无需将其存储在数据库中。与传统的识别算法相比,大大节省了存储空间和匹配时间。另外,由于利用了光学加密技术,很难伪造验证密钥。尽管验证密钥丢失或被盗,但是在缺少合法所有者的生物识别信息的情况下,它们对于其他人却毫无用处。进行了一系列数值模拟,以证明该方法的可行性和性能。

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