An AI based Chatbot to Self-Learn and Self-Assess Performance in Ordinary Level Chemistry

Atheeq Mahroof, Vinu Gamage, K. Rajendran, Satyagit Rajkumar, S. Rajapaksha, D. Wijendra
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引用次数: 5

Abstract

Education is one of the fast-growing fields in the global perspective. Advancement of technology can be used in this sector to provide an effective and a valuable education system. In general, the students are more attracted to displays rather than the textbooks. In Sri Lanka, there is an inadequacy of resources and teachers cannot provide one on one attention to the students. Sri Lanka is not equipped with any platform to self-learn or self-evaluate their performance using an application either. Fortunately, “Edubot” acts as a solution for the stated research gap by providing a self-learning and self-evaluating AI based chatbot platform for Ordinary Level students in Chemistry domain. The self-learning component will provide the students a classroom environment by providing interactive tutorials. Explanatory responses would be given by Edubot by capturing doubts raised by the students and the self-evaluating component will provide an exam-based environment in which the Edubot auto generates the question and answers. The research finding shows that each component has an accuracy of more than 70 percent and helps to achieve the main goal of increasing the resources available to the ordinary level students in the Chemistry domain. This would then lead to an increase in the pass rate of the chemistry subject in the G.C.E Ordinary Level exam.
基于人工智能的聊天机器人在普通水平化学中自我学习和自我评估
教育是全球发展最快的领域之一。科技的进步可以应用于这个领域,以提供一个有效和有价值的教育系统。总的来说,学生们更容易被展品所吸引,而不是课本。在斯里兰卡,资源不足,教师无法为学生提供一对一的关注。斯里兰卡也没有任何使用应用程序进行自我学习或自我评估的平台。幸运的是,“Edubot”通过为化学领域的普通水平学生提供一个自我学习和自我评估的基于AI的聊天机器人平台,作为上述研究差距的解决方案。自学部分将通过提供交互式教程为学生提供课堂环境。Edubot将通过捕捉学生提出的疑问给出解释性的回答,而自我评估组件将提供一个基于考试的环境,在这个环境中,Edubot将自动生成问题和答案。研究结果表明,每个组成部分的准确性超过70%,有助于实现增加化学领域普通水平学生可用资源的主要目标。这将会提高普通教育水平考试中化学科目的通过率。
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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