Students Online Exam Proctoring: A Case Study Using 360 Degree Security Cameras

A. Turani, J. AlKhateeb, Abdulrahman A. Alsewari
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引用次数: 13

Abstract

Online courses, online exams and online certificates are conducted by various universities and Information Technology (IT) institutes worldwide. Delivery tools have been created for conducting the exams from any place. Applying this will lead saving time and travelling cost. Nowadays, due to the COVID-19 pandemic, there is a big demand on the online courses and exams. This paper introduces a new approach for exam proctoring using 360-degree security camera. Mainly, online exams' security is a major concern. Thus, a delivery tools must not only ensure the identity of a test- taker but also the overall test integrity. In this paper, the usage of the 360-degree security camera over the traditional webcam was investigated in order to enhance the exam security and to minimize the stressful restrictions. To verify this goal, a case study on a group of volunteer students within the college of computer science and engineering was made. In addition, an automated proctoring model that will eliminate the need for a real-time proctoring and remove any scheduling constraints in order to prevent cheating is proposed in this paper. The machine learning algorithms is exploited to enrich the proposed system. A secure frame work using the biometric is applied in order to ensure authentication and running the online exam smoothly.
学生在线考试监考:使用360度安全摄像头的案例研究
在线课程、在线考试和在线证书由世界各地的大学和信息技术(IT)研究所提供。已经创建了用于在任何地方进行考试的交付工具。这样可以节省时间和差旅费用。目前,由于新冠肺炎疫情,对网络课程和考试的需求很大。本文介绍了一种利用360度监控摄像机进行考试监考的新方法。在线考试的安全性是一个主要问题。因此,一个交付工具不仅要保证应试者的身份,而且要保证整个考试的完整性。本文研究了360度安全摄像头在传统网络摄像头上的应用,以提高考试安全性,并最大限度地减少压力限制。为了验证这一目标,对计算机科学与工程学院的一组志愿者学生进行了案例研究。此外,本文还提出了一种自动监控模型,该模型消除了实时监控的需要,并消除了任何调度约束,以防止作弊。利用机器学习算法来丰富所提出的系统。为了确保在线考试的顺利进行和认证,采用了生物识别技术的安全框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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