Advanced Customer Emotion Detection in Online Shopping: A CNN and BiLSTM-Based Approach

Creating a mimicked environment while shopping online is becoming more common, and the majority of transactions are now conducted online. Recent innovations in e-commerce and business have made it critical to offer personalized online suggestions based on emotion prediction to users or consumers. A person's facial emotions are easy to read, but creating an algorithm that can accomplish the same thing is a huge challenge. Using facial expressions as a basis for emotion recognition, this proposed suggests a new approach for online recommendation systems. The proposed approach includes three steps: detecting faces, extracting facial features, and training the model. Because every person's face is unique, using facial detection to just identify when someone is in the room can be a challenging undertaking. In order to change the look of a person's face, whether permanent or temporary, facial feature extraction is performed. When the facial muscles are contracted, it affects the direction and amplitude of skin surface displacement. The proposed approach used CNN-BiLSTM for the model's training. This cutting-edge method outperforms BiLSTM and CNN with an average accuracy of 91.62%.

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Publication Details

Published
2024-10-25
DOI
https://doi.org/10.1109/gccit63234.2024.10862115
Citations
1
Primary Topic
Emotion and Mood Recognition
Type
article
Field-Weighted Citation Impact
0.51
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Advanced Customer Emotion Detection in Online Shopping: A CNN and BiLSTM-Based Approach

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1 citations
Emotion and Mood Recognition
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article

Advanced Customer Emotion Detection in Online Shopping: A CNN and BiLSTM-Based Approach

Vivekanand Pandey, R Kamalitta, Y. Suresh, Rohit Kar, L. R. Sujithra, Faran Izhar
article en
1 citations

Abstract

Creating a mimicked environment while shopping online is becoming more common, and the majority of transactions are now conducted online. Recent innovations in e-commerce and business have made it critical to offer personalized online suggestions based on emotion prediction to users or consumers. A person's facial emotions are easy to read, but creating an algorithm that can accomplish the same thing is a huge challenge. Using facial expressions as a basis for emotion recognition, this proposed suggests a new approach for online recommendation systems. The proposed approach includes three steps: detecting faces, extracting facial features, and training the model. Because every person's face is unique, using facial detection to just identify when someone is in the room can be a challenging undertaking. In order to change the look of a person's face, whether permanent or temporary, facial feature extraction is performed. When the facial muscles are contracted, it affects the direction and amplitude of skin surface displacement. The proposed approach used CNN-BiLSTM for the model's training. This cutting-edge method outperforms BiLSTM and CNN with an average accuracy of 91.62%.

Amity University (AE), Indian Institute of Management Bangalore (IN)
Openalex Percentile: Top 26%
Emotion and Mood Recognition
0.51
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