Enhanced Open and Distance Learning Using an Artificial Intelligence (AI)-Powered Chatbot: a Conceptual Framework

J. Ndunagu, R. Jimoh, Ugwuegbulam Chidiebere, George Deborah. Opeoluwa
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引用次数: 1

Abstract

The data gleaned from the National Open University of Nigeria's (NOUN) E-ticketing system was studied in this paper. NOUN is one of the Open and Distance Learning (ODL) institutions, where students and their facilitators are in different physical locations. Multinomial Naive Bayes algorithm, preferred using “intent” for its classification method for the chatbot system. Within 4 months of the launch of the NOUN E-ticketing system, 38,263 tickets (students' complaints and inquiries) were generated and 30,601 have been manually responded to and closed while the remaining 7,662 tickets are still in progress. The chatbot's goal is to respond to students inquiries quickly and efficiently while easing the burden on the management system. With the availability of chatbot, students' responses will be automated and accessible 24/7. The NOUN chatbot will increase student engagement, strengthen communication and create a seamless interaction for both the ODL institutions and its students all together culminating to a robust congenial student-ODL relationship ultimately leading to a higher attraction rate and more importantly, a lower attrition rate, not just in ODL institutions alone, but to other conventional higher institutions.
使用人工智能(AI)驱动的聊天机器人增强开放和远程学习:一个概念框架
本文研究了尼日利亚国立开放大学(名词)电子票务系统收集的数据。名词是开放和远程学习(ODL)机构之一,学生和他们的辅导员在不同的物理位置。多项朴素贝叶斯算法,更倾向于使用“意图”作为其对聊天机器人系统的分类方法。在启动名词电子票务系统的4个月内,共生成38,263张票(学生投诉和查询),手动回复和关闭30,601张票,其余7,662张票仍在进行中。聊天机器人的目标是快速有效地回应学生的询问,同时减轻管理系统的负担。有了聊天机器人,学生的回答将是自动化的,并且可以全天候访问。名词聊天机器人将增加学生的参与度,加强沟通,并为ODL机构和学生创造一个无缝的互动,最终形成一个强大的相投的学生-ODL关系,最终导致更高的吸引力,更重要的是,更低的流动率,不仅在ODL机构,而且在其他传统的高等院校。
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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