Keystroke Dynamics in E-Learning

R. Sundararajan
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Abstract

Enhanced authentication is the need of the hour in today's technology. Commonly used login and password are not enough as they may be guessed by imposters. Most of the websites adopt the traditional authentication as login and password. But they don't verify whether the same person is accessing their information continuously in the current session. This is of great concern in distance-based e-learning systems. The institutes offering the e-courses must verify whether it is the same student who enrolled, is accessing their materials, doing the assignments themselves, and completing the examination without any cheating. In this case, one of the techniques, behavioral biometrics-keystroke dynamics, plays a very important role. Along with other authentication methods, keystroke dynamics can be combined to provide a more secured system for the students in e-learning environments. In this chapter, the basics of keystroke dynamics and some of the applications that use them are discussed.
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电子学习中的击键动力学
增强的身份验证是当今技术的需要。通常使用的登录名和密码是不够的,因为它们可能被冒名顶替者猜到。大多数网站都采用传统的登录和密码认证方式。但它们不会验证同一个人是否在当前会话中连续访问他们的信息。这是基于远程的电子学习系统非常关注的问题。提供电子课程的机构必须核实是否与注册的学生相同,是否访问了他们的材料,是否自己做作业,是否在没有作弊的情况下完成了考试。在这种情况下,其中一种技术,行为生物识别-击键动力学,起着非常重要的作用。与其他认证方法一起,击键动力学可以为电子学习环境中的学生提供更安全的系统。在本章中,讨论了击键动力学的基础知识和使用它们的一些应用程序。
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Mitigation of Cheating in Online Exams Biometric Authentication Techniques and E-Learning Biometric Authentication Techniques and Its Future Keystroke Dynamics Keystroke Dynamics in E-Learning
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