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Usability analysis of a novel biometric authentication approach for android-based mobile devices

机译:基于Android的移动设备的新型生物认证方法的可用性分析

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摘要

Mobile devices are widely replacing the standard personal computers thanks to their small size and user-friendly use. As a consequence, the amount of information, often confidential, exchanged through these devices is raising. This makes them potential targets of malicious network hackers. The use of simple passwords or PIN are not sufficient to provide a suitable security level for those applications requiring high protection levels on data and services. In this paper a biometric authentication system, as a running Android application, has been developed and implemented on a real mobile device. A system test on real users has been also carried out in order to evaluate the human-machine interaction quality, the recognition accuracy of the proposed technique, and the scheduling latency of the operating system and its degree of acceptance. Several measures, such as system usability, users satisfaction, and tolerable speed for identification, have been carried out in order to evaluate the performance of the proposed approach.
机译:由于移动设备的小尺寸和用户友好的使用,它们正在广泛取代标准的个人计算机。结果,通过这些设备交换的通常是机密的信息量正在增加。这使它们成为恶意网络黑客的潜在目标。使用简单的密码或PIN不足以为那些需要对数据和服务提供高保护级别的应用程序提供适当的安全级别。在本文中,已经开发了作为运行中的Android应用程序的生物特征认证系统,并将其在真实的移动设备上实现。为了评估人机交互质量,所提出技术的识别准确性,操作系统的调度等待时间及其接受程度,还对真实用户进行了系统测试。为了评估所提出方法的性能,已经采取了几种措施,例如系统可用性,用户满意度和可容许的识别速度。

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