A textual question answering and handwritten answer evaluation system for hindi language

IF 0.6 Q4 COMPUTER SCIENCE, ARTIFICIAL INTELLIGENCE
Khushboo Khurana, Rachita Bharambe, Hardik Dharmik, Krishna Rathi, Mayur Rawte
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引用次数: 0

Abstract

Textual Question Answering targets answering questions defined in natural language. Question Answering Systems offer an automated approach to procuring answers to queries expressed in natural language. The need for Multilingual Question Answering without performing machine translation is ever existing. Besides that, automating tasks with the help of technology to assist humans, has been the main aim of research in recent years. This paper presents an automated answer evaluation system for reading comprehension-based questions in the Hindi language without requiring translation in any other language. The system accepts text, question, and handwritten answer of a student in the form of an image for answer evaluation. This is accomplished by developing a textual question-answering system for reading comprehension. It is an extractive approach that utilizes RoBERTa transformer model and fine-tunes it for Hindi question-answering. The answer to the question is extracted as a span from the provided text. Further, a handwritten text recognizer model is developed employing a Convolutional Recurrent Neural Network with Connectionist Temporal Classification module along with two layers of Bidirectional LSTM. Experimentation is performed using existing as well as self-created datasets to show the effectiveness of the proposed approach. An accuracy of 98.69% is obtained on the self-created Hindi-QA dataset and the proposed system outperformed the other existing methods. The paper also discusses potential research directions in the field.
印度语文本问题解答和手写答案评估系统
文本问题解答的目标是回答用自然语言定义的问题。问题解答系统提供了一种自动获取自然语言查询答案的方法。不进行机器翻译的多语种问题解答需求一直存在。此外,借助技术实现任务自动化以协助人类,也是近年来研究的主要目标。本文介绍了一种自动答题评估系统,该系统适用于基于阅读理解的印地语问题,无需翻译成其他语言。该系统接受文本、问题和学生以图像形式提供的手写答案进行答案评估。这是通过开发一个用于阅读理解的文本问题解答系统来实现的。这是一种提取方法,它利用 RoBERTa 变换器模型,并针对印地语问题解答进行了微调。问题的答案是从所提供的文本中提取的跨度。此外,还开发了一个手写文本识别器模型,该模型采用了带有连接时序分类模块的卷积递归神经网络和两层双向 LSTM。实验使用了现有数据集和自创数据集,以显示所提方法的有效性。在自建的印地语 QA 数据集上,所提系统的准确率达到 98.69%,优于其他现有方法。论文还讨论了该领域的潜在研究方向。
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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CiteScore
2.10
自引率
0.00%
发文量
22
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