Sentiment Analysis on Movie Review using Ensemble Stacking Model

Muhammad Khaifa Gifari, K. Lhaksmana, P. Mahendra Dwifebri
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引用次数: 1

Abstract

Movie reviews are very essential to people because they can help viewers get an overview of the movie and provide feedback to the movie directors about their movies based on public sentiment. One way to determine whether the sentiment is positive or negative from an opinion can be solved by sentiment analysis. However, analyzing sentiment manually is difficult due to a large amount of data, so it is necessary to implement automation that can make this easier. In this research, we investigate a machine learning method for classifying movie review sentiment. Then Ensemble Stacking model was chosen as a classification method for this sentiment analysis case. In the classification stage, three algorithms (Naïve Bayes, K-Nearest Neighbors, and Logistic Regression) are implemented as the base-learners, then the Logistic Regression algorithm is implemented as a meta-classifier to improve the performance of the base-learners in the Ensemble Stacking model. Therefore, testing and comparison between single classification such as the base-learners with the classification method using Ensemble Stacking are the main focus of this research. The results of this research show that the accuracy of this stacking model reaches 89.40%, an increase of 0.71% from the highest accuracy on the base-learners.
基于集成堆叠模型的电影评论情感分析
电影评论对人们来说是非常重要的,因为它可以帮助观众对电影有一个总体的了解,并根据公众的情绪向电影导演提供关于他们电影的反馈。从一个观点中确定情绪是积极的还是消极的一种方法可以通过情绪分析来解决。然而,由于数据量大,手动分析情绪是困难的,因此有必要实现自动化,使其更容易。在本研究中,我们研究了一种用于电影评论情绪分类的机器学习方法。然后选择集成叠加模型作为该情感分析案例的分类方法。在分类阶段,将三种算法(Naïve Bayes、K-Nearest Neighbors和Logistic Regression)作为基础学习器,然后将Logistic回归算法作为元分类器实现,以提高基础学习器在集成堆叠模型中的性能。因此,对基础学习器等单一分类方法与集成堆叠分类方法进行测试和比较是本研究的主要重点。研究结果表明,该叠加模型的准确率达到89.40%,比基础学习器上的最高准确率提高了0.71%。
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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