手写监视器:一种智能手表驱动的手写验证机制

Isaac Griswold-Steiner, Richard Matovu, Abdul Serwadda
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引用次数: 26

摘要

尽管对自动手写身份验证进行了数十年的研究,但尚未出现一个进入主流的自动手写身份验证应用程序。在本文中,我们认为蓬勃发展的可穿戴设备市场掌握着实用手写认证应用程序的关键。随着在线教育,标准化测试和移动银行的潜在应用,我们提出了笔迹观察器,这是一种利用手腕上的传感器设备来验证用户自由手写的机制。通过捕获广泛的书写场景的实验,我们显示笔迹观察器在总体上的平均错误率低至6.56%。我们的工作代表了一个有希望的一步走向市场准备,通用的笔迹认证系统。
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Handwriting watcher: A mechanism for smartwatch-driven handwriting authentication
Despite decades of research on automated handwriting authentication, there is yet to emerge an automated handwriting authentication application that breaks into the mainstream. In this paper, we argue that the burgeoning wearables market holds the key to a practical handwriting authentication app. With potential applications in online education, standardized testing and mobile banking, we present Handwriting Watcher, a mechanism which leverages a wrist-worn sensor-enabled device to authenticate a user's free handwriting. Through experiments capturing a wide range of writing scenarios, we show Handwriting Watcher attains mean error rates as low as 6.56% across the population. Our work represents a promising step towards a market-ready, generalized handwriting authentication system.
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