Real-Time Transcriptionist Based on Artificial Intelligence to Facilitate Learning for People with Hearing Disabilities in Virtual Classes

Christian Ovalle, Isaac Leonardo Vallejos García, Franco Rafael Zapata Berrios
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Abstract

Schools have historically been ill-prepared to cater to the needs of deaf students at the elementary and secondary levels. This leads to communication difficulties that impact the learning process for each individual. During the recent COVID-19 pandemic, educational institutions for deaf students faced difficulties in providing effective teaching to children and youth. It is important to emphasize that education is fundamental for all individuals, without exception, as acquiring literacy skills enables them to lead a more fulfilling life. In this context, our research aims to investigate how the use of a computer tool can enhance communication for deaf students in a virtual environment. The methodology used involved the use of a checklist to gather data from each participant’s evaluation. The post-test yielded favorable results, thanks to the statistical analysis employed in the research. In conclusion, it has been determined that a real-time transcriber facilitates learning, leading to improved educational outcomes for deaf students.
基于人工智能的实时转录器,为听力残疾人在虚拟课堂中的学习提供便利
学校在满足中小学聋哑学生的需求方面历来准备不足。这导致了交流困难,影响了每个人的学习进程。在最近的 COVID-19 大流行期间,聋哑学生教育机构在为儿童和青少年提供有效教学方面遇到了困难。必须强调的是,教育对所有人都至关重要,无一例外,因为掌握识字技能能让他们过上更充实的生活。在此背景下,我们的研究旨在探讨如何利用计算机工具加强聋哑学生在虚拟环境中的交流。所采用的方法包括使用核对表收集每位参与者的评价数据。得益于研究中采用的统计分析,后测取得了良好的结果。总之,研究结果表明,实时转录器可以促进学习,从而提高聋哑学生的教育成果。
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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