使用混合方法预测顾客评论的情感分析

A. Rajeswari, M. Mahalakshmi, R. Nithyashree, G. Nalini
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引用次数: 7

摘要

情感分析是一种应用广泛的文本分类技术。它分解了任何给定的文本或评论,并根据其中传达的观点将文本分为正面或负面。以前在情感分类上所做的工作要么使用基于词典的方法,要么使用机器学习技术。同样,现有系统的主要缺点是只注重对评论的二元分类,如正面或负面。对中立评论的无知将导致对客户对产品或电影的看法的误解,这将降低业务或趋势。在仅使用基于词典的方法时,系统高度依赖于词典资源和词典的选择。在仅使用机器学习方法构建系统的情况下,系统的性能取决于所选择的算法。这项工作也提出了一个混合模型来解决中性类。提出的工作将词法方法(SentiWordNet)与机器学习算法(如支持向量机,决策树,逻辑回归和朴素贝叶斯)相结合,用于情感分析,以解决客户评论的二元分类之外的中立意见。我们还比较了这四种机器学习算法与词典方法的性能。结果表明,支持向量机和逻辑回归算法的准确率约为80%,优于其他两种算法,与其他算法相比平均相差6% ~ 10%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sentiment Analysis for Predicting Customer Reviews using a Hybrid Approach
Sentiment Analysis is a widely used text classification technique. It breaks down any given text or comments and classify the text either as positive or negative based on the views conveyed in it. Previous works done on sentiment classification used either lexicon based approach or machine learning techniques. Likewise, the major drawback of the existing systems was the focus on only binary classification of review such as positive or negative. Ignorance of the neutral review will result in misinterpretation of a customer’s opinion about a product or movie, which will degrade the business or trend. In case of using only lexicon based approach, the system highly depends on the selection of lexicon resource and dictionary. In case of system built only using machine learning approach, the performance of the system depends on the algorithms chosen. This work presents a hybrid model to resolve the neutral class too. The proposed work combines a lexical approach (SentiWordNet) with the machine learning algorithms such as Support Vector Machine, Decision Tree, Logistic Regression and Naive Bayes for sentiment analysis to resolve the neutral opinions beyond the binary categorization of the customer’s review. We have also compared the performance of these four machine learning algorithms along with the lexicon approach. The results proved that Support Vector Machine and Logistic Regression algorithms outperform the other two algorithms with an accuracy of about 80% which is on average differs by 6% to 10% when compared to other algorithms.
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