Knowledge Engineering Using Natural Language Processing of User Reviews for Bahrain’s Mobile Government Applications

Hussain Salman, Eman Almohsen, M. Aljawder, A. Althawadi
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Abstract

The Kingdom of Bahrain has launched various mobile government applications that work side by side with the national e-government portal by providing a range of government services, while services offered on mobile applications are still limited compared to the e-government portal, utilization of end users’ feedback is vital to improve and enhance functionality to ensure proper digital integration on the mobile environment. In this research, knowledge engineering using natural language processing is implemented to analyze 20,000 user reviews of the top four most reviewed google play mobile government applications in Bahrain. Two resampling techniques were used to under-sample and over-sample unbalanced datasets; Near-Miss and Synthetic Minority Oversampling combined with Edited Nearest Neighbor. The performance of three classifiers for data analysis was compared and assessed before and after data resampling. Results suggest that the Random Forest classifier outperformed Artificial Neural Network and LogitBoost.
巴林移动政府应用程序使用自然语言处理用户评论的知识工程
巴林王国推出了各种移动政府应用程序,通过提供一系列政府服务与国家电子政务门户网站一起工作,虽然移动应用程序提供的服务与电子政务门户网站相比仍然有限,但利用最终用户的反馈对于改进和增强功能至关重要,以确保在移动环境中进行适当的数字集成。在本研究中,运用自然语言处理的知识工程来分析巴林排名前四的b谷歌play移动政府应用程序的20,000条用户评论。两种重采样技术分别用于欠采样和过采样不平衡数据集;与编辑近邻相结合的近距离采样和合成少数过采样。对三种分类器在数据重采样前后的数据分析性能进行了比较和评估。结果表明,随机森林分类器优于人工神经网络和LogitBoost。
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