Secured Online Learning in COVID-19 Pandemic using Deep Learning Methods

V. K., V. M. Deshmukh, Subhashree Rath
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引用次数: 2

Abstract

With the outbreak of the global pandemic covid-19, most educational institutions across India have moved towards the usage of online teaching platforms Viz., Google Meet, Zoom, Webex, and Microsoft teams to process learning continuity. In research and development, it is observed that meager importance is given to address the issues of securing e- learning systems. Securing an e-learning system is a unique challenge faced in India as many systems are accessed and managed through the internet by numerous users distributed over diverse networks. Moreover, the online teaching platforms are open, distributed, and interactive; hence, it becomes challenging to ensure that every user has access to the correct information. Building trust will leverage the usage of online teaching systems in terms of security, usability, and protection of personal information. The key focus of this paper is to analyze the existing online and remote learning tools and identify the level of cyberattacks. This article also explores recent progress in novel ICT engineering paradigms in cyber assurance and protection. The paper proposes a cyber-security framework using cutting-edge technologies like AI and Deep Learning to fight against cyber-attacks.
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在COVID-19大流行中使用深度学习方法的安全在线学习
随着covid-19全球大流行的爆发,印度大多数教育机构都转向使用在线教学平台,即Google Meet、Zoom、Webex和微软团队,以实现学习的连续性。在研究和发展中,人们观察到,对于解决电子学习系统安全问题的重视程度很低。确保电子学习系统的安全是印度面临的一项独特挑战,因为许多系统是由分布在不同网络上的众多用户通过互联网访问和管理的。网络教学平台具有开放性、分散性、互动性等特点;因此,确保每个用户都能访问正确的信息变得很有挑战性。建立信任将在安全性、可用性和个人信息保护方面利用在线教学系统的使用。本文的重点是分析现有的在线和远程学习工具,并识别网络攻击的水平。本文还探讨了在网络保障和保护方面的新型ICT工程范例的最新进展。该论文提出了一个利用人工智能和深度学习等尖端技术来对抗网络攻击的网络安全框架。
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