Detecting Fake Reviews Using Aspect-Based Sentiment Analysis and Graph Convolutional Networks

Online reviews significantly influence consumer behavior and business reputations. Detecting fake reviews is important for maintaining trust and integrity in these platforms. We present an aspect-based sentiment analysis approach, referred to as FakeDetectionGCN, to distinguish genuine feedback from deceptive content. The idea is to analyze sentiments related to specific aspects (features) within reviews. Graph convolutional networks are used to model the complex contextual dependencies in the review texts. Additionally, SenticNet, an external semantic resource, is integrated to enhance the understanding of sentiments in the reviews. This model is capable of identifying both human-generated (genuine) as well as computer-generated (fake) reviews. It has been evaluated on two types of datasets and has shown strong performance across both. Through this work, we contribute to the effective detection of fake reviews and maintaining a trustworthy online review ecosystem.

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Publication Details

Journal
Applied Sciences
Published
2025-03-29
DOI
https://doi.org/10.3390/app15073771
Citations
2
Primary Topic
Sentiment Analysis and Opinion Mining
Type
article
Field-Weighted Citation Impact
4.96
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article

Detecting Fake Reviews Using Aspect-Based Sentiment Analysis and Graph Convolutional Networks

Πέτρος Ποτίκας, Katerina Potika, Prathana Phukon
2 citations
Applied Sciences
Sentiment Analysis and Opinion Mining
4.96
article

Detecting Fake Reviews Using Aspect-Based Sentiment Analysis and Graph Convolutional Networks

Πέτρος Ποτίκας, Katerina Potika, Prathana Phukon
article en
2 citations

Abstract

Online reviews significantly influence consumer behavior and business reputations. Detecting fake reviews is important for maintaining trust and integrity in these platforms. We present an aspect-based sentiment analysis approach, referred to as FakeDetectionGCN, to distinguish genuine feedback from deceptive content. The idea is to analyze sentiments related to specific aspects (features) within reviews. Graph convolutional networks are used to model the complex contextual dependencies in the review texts. Additionally, SenticNet, an external semantic resource, is integrated to enhance the understanding of sentiments in the reviews. This model is capable of identifying both human-generated (genuine) as well as computer-generated (fake) reviews. It has been evaluated on two types of datasets and has shown strong performance across both. Through this work, we contribute to the effective detection of fake reviews and maintaining a trustworthy online review ecosystem.

Applied SciencesVol. 15(7)
National Technical University of Athens (GR), San Jose State University (US)
Openalex Percentile: Top 6%
Sentiment Analysis and Opinion Mining
4.96
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