首页> 外文期刊>Journal of Theoretical and Applied Information Technology >AUTOMATIC QUESTION GENERATION FOR 5W-1H OPEN DOMAIN OF INDONESIAN QUESTIONS BY USING SYNTACTICAL TEMPLATE-BASED FEATURES FROM ACADEMIC TEXTBOOKS
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AUTOMATIC QUESTION GENERATION FOR 5W-1H OPEN DOMAIN OF INDONESIAN QUESTIONS BY USING SYNTACTICAL TEMPLATE-BASED FEATURES FROM ACADEMIC TEXTBOOKS

机译:利用学术课本中基于模板的对称特征自动生成印度尼西亚问题的5W-1H开放域

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The measuring of education quality in school can be conducted by delivering the examination to the students. Composing questions in the examination process to measure students? achievement in the school teaching and learning process can be difficult and time consuming. To solve this problem, this research proposes Automatic Question Generation (AQG) method to generate Open Domain Indonesian Question by using syntactical approach. Open Domain questions are questions covering many domains of knowledge. The challenge of generating the questions is how to identify the types of declarative sentences that are potential to be transformed into questions and how to develop the method for generating question automatically. In realizing the method, this research incorporates four stages, namely: the identification of declarative sentence for 8 coarse-class and 19 fine-class sentences, the classification of features for coarse-class sentence and the classification rules for fine-class sentence, the identification of question patterns, and the extraction of sentence?s components as well as the rule generation of questions. The coarse-class classification was carried out based on a machine learning with syntactical features of the sentence, namely: Part of Speech (POS) Tag, the presence of punctuation, the availability of specific verbs, sequence of words, etc. The fine-class classification was carried out based on a set of rules. According to the implementation and experiment, the findings show that the accuracy of coarse-class classification reaches 83.26% by using the SMO classifier and the accuracy of proposed fine-class classification reaches 92%. The generated questions are categorized into three types, namely: TRUE, UNDERSTANDABLE, and FALSE. The accuracy of generated TRUE and UNDERSTANDABLE questions reaches 88.66%. Thus, the obtained results show that the proposed method is prospective to implement in the real situation.
机译:通过向学生进行考试可以衡量学校的教育质量。在考试过程中撰写问题以衡量学生?在学校的教学过程中取得成就可能是困难且耗时的。为了解决这一问题,本研究提出了一种自动句法生成(AQG)方法,通过句法的方法来生成开放域印尼问题。开放领域问题是涵盖许多知识领域的问题。生成问题的挑战在于如何识别可能转换为问题的陈述性句子的类型,以及如何开发自动生成问题的方法。在实现该方法的过程中,本研究分为四个阶段,分别是:对8个粗类和19个细类句子的声明句进行识别,对粗类句子的特征进行分类,对细类句子进行分类的规则,识别问题模式,提取句子的组成部分以及问题的规则生成。粗略分类是基于具有句子句法特征的机器学习进行的,即:词性(POS)标签,标点符号的存在,特定动词的可用性,单词序列等。类分类是基于一组规则进行的。根据实施和实验,研究结果表明,使用SMO分类器进行粗分类的准确率达到83.26%,提出的精细分类的准确率达到92%。生成的问题分为三种类型,即:TRUE,UNDERSTANDABLE和FALSE。生成的TRUE和UNDERSTANDABLE问题的准确性达到88.66%。因此,所获得的结果表明所提出的方法有望在实际情况下实施。

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