Analysis of Punctuation Prediction Models for Automated Transcript Generation in MOOC Videos

Bhrigu Garg, Anika
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引用次数: 2

Abstract

In today’s e-learning based educational scenarios, lot of efforts in terms of time and manpower are required by the MOOC instructors for the generation of transcripts. This research study is focused on the efficient and correct punctuation prediction in the process of automated generation of these transcripts. Various deep learning based and other commonly used punctuation prediction techniques and models existing in the literature have been identified and analyzed for the educational domain videos. The hybrid model of Convolution Neural Networks and Bidirectional Long Short Term Memory ensembled with the acoustic model outperformed other models. It yielded an accuracy of 93.56 percent, recall of 56.15 percent and precision of 63.69 percent. This study also proposed a generalized architecture for efficient punctuation prediction.
MOOC视频自动生成文本的标点符号预测模型分析
在当今基于e-learning的教育场景中,MOOC讲师需要在时间和人力方面付出大量的努力来生成成绩单。本研究的重点是在自动生成这些文本的过程中如何高效、正确地预测标点符号。针对教育领域视频,对文献中存在的各种基于深度学习和其他常用的标点符号预测技术和模型进行了识别和分析。将卷积神经网络和双向长短期记忆与声学模型集成的混合模型优于其他模型。它的准确率为93.56%,召回率为56.15%,准确率为63.69%。本文还提出了一种高效标点符号预测的通用架构。
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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