使用不同移动设备的电容式显示器进行击键认证

Matthias Trojahn, Christian Schadewald, F. Ortmeier
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引用次数: 0

摘要

这项研究调查了击键动力学作为不同智能手机的生物识别认证。我们分析了智能手机中影响身份验证错误率的不同传感器。我们还根据错误率评估了不同特征的有效性。此外,还提供了一个框架,用于使用一个设备作为基本模型对其他设备上的同一个人进行身份验证。我们使用三种设备和三个不同的关键词进行实验,以评估不同设备的使用效果(错误率小于3.5%)和设备的合适组合。此外,我们的实验结果表明,密码分散在整个键盘具有较低的错误率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Keystroke authentication with a capacitive display using different mobile devices
This study investigates keystroke dynamics as biometric authentication on different smartphones. We analysed different sensors in the smartphones which affect the error rates of the authentication. We also evaluate the effectiveness of different features based on the error rates. In addition, a framework is presented for using one device as a base model to authenticate the same person on other devices. We conduct with an experiment with three devices and three different keywords to assess how well different devices can be used (error rates smaller than 3.5 %) and suitable combinations of devices. Moreover, our experiment results showed that passwords spread over the whole keyboard have lower error rates.
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