Research on Emotion Analysis of Multimodal Learning Supported by Deep Learning

Faced with the increasing demand of multimedia data analysis, traditional sentiment analysis methods are limited because they only rely on text information. Therefore, the paper introduces a novel multimodal fusion technique aimed at enhancing the precision of sentiment analysis. In terms of text feature modeling, this paper uses bidirectional gated loop unit (BiGRU) to extract deep context features of single-mode data, so as to better capture semantic information and emotional tendencies in text. For the extraction of video and audio modal features, considering the uniqueness of time series data, we apply 1D Temporal Convolutional Layer on the input sequence to enhance the perception of modal characteristics. This structure efficiently captures the relationships across various time points, subsequently enhancing the model's comprehension of emotional expressions. Experimental outcomes from several publicly accessible datasets demonstrate that the introduced multi-modal fusion model surpasses single-modal models in the task of emotion classification.

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Publication Details

Published
2024-12-27
DOI
https://doi.org/10.1109/auteee62881.2024.10869743
Citations
1
Primary Topic
Educational Technology and Pedagogy
Type
article
Field-Weighted Citation Impact
0.35
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Research on Emotion Analysis of Multimodal Learning Supported by Deep Learning

Lingling Wang, Hairong Wang, Yuanlin Liu
1 citations
Educational Technology and Pedagogy
0.35
article

Research on Emotion Analysis of Multimodal Learning Supported by Deep Learning

Lingling Wang, Hairong Wang, Yuanlin Liu
article en
1 citations

Abstract

Faced with the increasing demand of multimedia data analysis, traditional sentiment analysis methods are limited because they only rely on text information. Therefore, the paper introduces a novel multimodal fusion technique aimed at enhancing the precision of sentiment analysis. In terms of text feature modeling, this paper uses bidirectional gated loop unit (BiGRU) to extract deep context features of single-mode data, so as to better capture semantic information and emotional tendencies in text. For the extraction of video and audio modal features, considering the uniqueness of time series data, we apply 1D Temporal Convolutional Layer on the input sequence to enhance the perception of modal characteristics. This structure efficiently captures the relationships across various time points, subsequently enhancing the model's comprehension of emotional expressions. Experimental outcomes from several publicly accessible datasets demonstrate that the introduced multi-modal fusion model surpasses single-modal models in the task of emotion classification.

Hainan University (CN)
Openalex Percentile: Top 29%
Educational Technology and Pedagogy
0.35
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