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Model for adaptable context-based biometric authentication for mobile devices

机译:用于移动设备的自适应基于上下文的生物特征认证的模型

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摘要

It becomes possible to take advantage of seamless biometric authentication on mobile devices due to increasing quality and quantity of built-in sensors, increasing processing power of the devices, and wireless connectivity. However, practical effectiveness of the biometric authentication application depends on user's environment conditions that can decrease the accuracy of biometrics recognition or make the acquisition process undesirable for mobile user in a given moment, i.e., effectiveness depends on usage context. In this paper, context-based biometric authentication model for mobile devices is proposed. It enables determining the most accurate authentication method at the moment along with the most accurate form of interacting with a user w.r.t. authentication process. The generic model designed and verified with proof-of-concept implementation constitutes a foundation for building further adaptable and extensible multi-factor context-dependent systems for mobile authentication.
机译:由于增加了内置传感器的质量和数量,增加了设备的处理能力以及无线连接性,因此有可能在移动设备上利用无缝生物特征认证。但是,生物特征认证应用程序的实际有效性取决于用户的环境条件,该环境条件可能会降低生物特征识别的准确性,或者使获取过程对于给定时刻的移动用户而言是不希望的,即,有效性取决于使用环境。本文提出了一种基于上下文的移动设备生物特征认证模型。它可以确定目前最准确的身份验证方法,以及与用户进行互动的最准确形式。认证过程。通过概念验证实现设计和验证的通用模型,为构建用于移动身份验证的进一步适应性强和可扩展的多因素上下文相关系统奠定了基础。

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