Prediction of customer review’s helpfulness based on sentences encoding using CNN-BiGRU model

Suryanarayan Sharma, Laxman Singh, Rajdev Tiwari
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Abstract

The infrastructure of smart cities is intended to save citizens’ time and effort. After COVID-19, one of such available infrastructure is electronic shopping. Online consumer reviews have a big influence on the electronic retail market. A lot of customers save time by deciding which products to buy online by evaluating the products’ quality based on user reviews. The goal of this study is to forecast if reviews based on reviews representation mining will be helpful while making online purchases. Predicting helpfulness is used in this suggested study to determine the usefulness of a review in relation to glove vector encoding of reviews text. Using an encoding-based convolution neural network and a bidirectional gated recurrent unit, the authors of this study constructed a classification model. The suggested model outperformed these baseline models and other state-of-the-art techniques in terms of classification outcomes, reaching the greatest accuracy of 95.81%. We also assessed the effectiveness of our models using the criteria of accuracy, precision, and recall. The outcomes presented in this study indicate how the proposed model has a significant influence on enhancing the producers’ or service providers’ businesses.
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基于CNN BiGRU模型的句子编码预测客户评论的有用性
智慧城市的基础设施旨在节省市民的时间和精力。新冠肺炎之后,电子购物就是其中一个可用的基础设施。在线消费者评论对电子零售市场有很大的影响。许多客户通过根据用户评价来评估产品质量,从而决定在网上购买哪些产品,从而节省了时间。本研究的目的是预测基于评论表示挖掘的评论在进行在线购买时是否有帮助。在这项建议的研究中,预测有用性用于确定评论与评论文本的手套矢量编码相关的有用性。利用基于编码的卷积神经网络和双向门控递归单元,构建了一个分类模型。在分类结果方面,建议的模型优于这些基线模型和其他最先进的技术,达到了95.81%的最大准确率。我们还使用准确度、精密度和召回标准评估了模型的有效性。本研究的结果表明,所提出的模型如何对加强生产者或服务提供商的业务产生重大影响。
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