In the past two decades, the number of mobile products being created by companies has grown exponentially. However, although these devices are constantly being upgraded with the newest features, the security measures used to protect these devices has stayed relatively the same over the past two decades. The vast difference in growth patterns between devices and their security is opening up the risk for more and more devices to easily become infiltrated by nefarious users. Working off of previous work in the field, this study looks at the different Machine Learning algorithms used in user authentication schemes involving touch dynamics and device movement. This study aims to give a comprehensive overview of the current uses of different machine learning algorithms that are frequently used in user authentication schemas involving touch dynamics and device movement. The benefits, limitations, and suggestions for future work will be thoroughly discussed throughout this paper.
翻译:在过去二十年中,公司创造的移动产品数量呈指数增长,尽管这些设备不断更新,具有最新特点,但在过去二十年中,保护这些装置的安全措施相对保持了同样的水平。装置及其安全之间的增长模式的巨大差异增加了越来越多的装置容易被邪恶的用户渗透的风险。从以往的实地工作来看,本研究报告研究了用户认证计划中使用的涉及触摸动态和装置移动的不同机器学习算法。本研究报告的目的是全面概述当前使用不同机器学习算法的情况,这些算法经常用于用户认证计划,涉及触摸动态和装置移动。本文将全面讨论未来工作的好处、限制和建议。