基于LSTM(长短期记忆)算法的情感总结学习评价

Achmad Yogie Setiawan, I. G. M. Darmawiguna, G. Pradnyana
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引用次数: 0

摘要

讲师学习评价是包含与讲师学习表现相关的学生评论的文本。学习评价是讲师自我反思的材料,以改善下一课提供的学习服务。评价的数量很多,讲师很难进行分析。需要情感分析技术对学生评价进行分类。已经分类的评估仍然留下了冗长而复杂的文本。文本摘要是一种将长文本总结为密集和信息丰富的文本的解决方案。文本摘要有助于节省查找文本主旨的时间。文本摘要有两种方法:抽取法和抽象法。本研究采用了一种抽象的方法,因为使用的数据是讲师学习的评价,其评论是由学生写的。用于情感分类和文本摘要的算法采用长短期记忆(LSTM)算法。使用混淆矩阵对情感分类结果进行评估,即用评估数据对模型进行测试。同时使用ROUGE对总结结果进行评估,它将来自系统的总结结果与专家的手动总结进行比较。在测试混淆矩阵系统时,准确度值为0.902,f测量值为0.921。在ROGUE测试中,正面评价得分为0.16分,负面评价得分为0.2分。开发的标记器没有存储训练过程产生的标记。因此,加载模型时的预测结果不如训练结束时的预测结果好。
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Sentiment Summarization Learning Evaluation Using LSTM (Long Short Term Memory) Algorithm
Lecturer learning evaluation is a text that contains student reviews related to lecturer learning performance. Learning evaluation is used as a lecturer's self-reflection material to improve the learning services provided in the next lesson. The evaluations are many in number, making it difficult for lecturers to analyze. Sentiment analysis techniques are needed to classify student evaluations. The evaluation that has been classified still leaves a long and convoluted text. Text summarization is one solution to summarize a long text into a dense and informative text. Text summarization is helpful to save time searching for the text's gist. There are two methods in text summarization, extractive and abstractive methods. This study applied an abstract method because the data used was an evaluation of lecturer learning whose reviews were written by students. The algorithm used for sentiment classification and text summarization used the Long Short Term Memory (LSTM) algorithm. The sentiment classification results were evaluated using a confusion matrix, namely testing the model with evaluation data. While the summary results were evaluated using ROUGE, which compared the summary results from the system with a manual summary by experts. In testing the confusion matrix system, the accuracy value was 0.902, and the f-measure value was 0.921. In the Recall-Oriented Understudy for Gisting Evaluation (ROGUE) test, the positive evaluation scored 0.16, and the negative evaluation scored 0.2. The developed tokenizer has not stored the tokens resulting from the training process. As a result, the prediction results when loading the model were not as good as when training was finished.
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