Implementasi Algoritma Support Vector Machine dan Chi Square untuk Analisis Sentimen User Feedback Aplikasi

Lu'lu' Luthfiana, J. Young, A. Rusli
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引用次数: 4

Abstract

In order to adapt with evolving requirements and perform continuous software maintenance, it is essential for the software developers to understand the content of user feedback. User feedback such as bug report could provide so much information regarding the product from user’s point of view, especially parts that need improvements. However, it is often difficult to read all the feedback for products with enormous number of users as manually reading and analyzing each feedback could take too much time and effort. This research aims to develop a model for automatic feedback classification by implementing Support Vector Machine for the classifier’s algorithm and Chi-square method for feature selection. The model is developed using Python programming language and is then evaluated under different scenarios in order to measure its performance. Using a ratio of training and testing set of 80:20, our model achieved 77% accuracy, 50% precision, 55% recall, and 73% F1-score with 6.63 critical value and C=100 and gamma 0.001 as the SVM hyperparameters.
为了适应不断变化的需求并执行持续的软件维护,软件开发人员必须了解用户反馈的内容。用户反馈(如bug报告)可以从用户的角度提供关于产品的许多信息,特别是需要改进的部分。然而,对于拥有大量用户的产品来说,阅读所有的反馈通常是很困难的,因为手动阅读和分析每个反馈可能会花费太多的时间和精力。本研究旨在通过支持向量机实现分类器算法,卡方方法实现特征选择,开发一种自动反馈分类模型。该模型是使用Python编程语言开发的,然后在不同的场景下进行评估,以衡量其性能。在训练集和测试集的比例为80:20的情况下,我们的模型达到了77%的准确率,50%的精度,55%的召回率和73%的f1得分,临界值为6.63,C=100和gamma 0.001作为SVM的超参数。
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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