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Ontology-based information extraction for subject-focussed automatic essay evaluation

机译:基于本体的信息提取,用于以主题为重点的自动论文评估

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Automatic essay evaluation (AEE) systems are designed to assist a teacher in the task of classroom assessment in order to alleviate the demands of manual subject evaluation. However, although numerous AEE systems are available, most of these systems do not use elaborate domain knowledge for evaluation, which limits their ability to give informative feedback to students and also their ability to constructively grade a student based on a particular domain of study. This paper is aimed at improving on the achievements of previous studies by providing a subject-focussed evaluation system that considers the domain knowledge while scoring and provides informative feedback to its user. The study employs a combination of techniques such as system design and modelling using Unified Modelling Language (UML), information extraction, ontology development, data management, and semantic matching in order to develop a prototype subject-focussed AEE system. The developed system was evaluated to determine its level of performance and usability. The result of the usability evaluation showed that the system has an overall mean rating of 4.17 out of maximum of 5, which indicates `good usability'. In terms of performance, the assessment done by the system was also found to have sufficiently high correlation with those done by domain experts, in addition to providing appropriate feedback to the user.
机译:自动作文评估(AEE)系统旨在协助教师进行课堂评估,以减轻手工主题评估的需求。但是,尽管有许多AEE系统可用,但是这些系统中的大多数都没有使用详尽的领域知识进行评估,这限制了它们向学生提供信息反馈的能力,以及基于特定学习领域对学生进行建设性评分的能力。本文旨在通过提供一种以学科为重点的评估系统来改进先前的研究成果,该评估系统在评分时考虑领域知识并向用户提供信息反馈。这项研究结合了多种技术,例如使用统一建模语言(UML)进行系统设计和建模,信息提取,本体开发,数据管理和语义匹配,从而开发出了以主题为基础的原型AEE系统。对开发的系统进行评估,以确定其性能和可用性水平。可用性评估的结果表明,该系统的整体平均评分为4.17(满分为5),表明“良好的可用性”。在性能方面,除了向用户提供适当的反馈外,还发现系统进行的评估与领域专家进行的评估具有足够高的相关性。

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