Preliminary Research on Automatic Data Augmentation for Irony Detection

This paper presents a method to expand the Japanese irony sentences dataset. The main idea is to enhance existing classification models by collecting new data, using existing models, and extracting new data candidates based on the classification results. Manual annotation of the data candidates is carried out to retain only high-quality data, which is then used as new data for model retraining. However, relying on a single classification model does not guarantee sufficient reliability of the results. Therefore, this study utilizes an ensemble learning approach, employing multiple classification models. This approach facilitates the extraction of high-quality data candidates, which are then manually annotated to construct an expanded dataset. Finally, the existing classification models are retrained using the constructed expanded dataset to improve the model's generalization performance. This recursive data augmentation method expands a Japanese irony sentence dataset, enhancing the model's ability to handle these complex linguistic expressions.

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Publication Details

Published
2024-12-21
DOI
https://doi.org/10.1109/rivf64335.2024.11009087
Primary Topic
Web Data Mining and Analysis
Type
article
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article

Preliminary Research on Automatic Data Augmentation for Irony Detection

Michał Ptaszyński, Fumito Masui, Chang ZiShen
Web Data Mining and Analysis
article

Preliminary Research on Automatic Data Augmentation for Irony Detection

Michał Ptaszyński, Fumito Masui, Chang ZiShen
article en

Abstract

This paper presents a method to expand the Japanese irony sentences dataset. The main idea is to enhance existing classification models by collecting new data, using existing models, and extracting new data candidates based on the classification results. Manual annotation of the data candidates is carried out to retain only high-quality data, which is then used as new data for model retraining. However, relying on a single classification model does not guarantee sufficient reliability of the results. Therefore, this study utilizes an ensemble learning approach, employing multiple classification models. This approach facilitates the extraction of high-quality data candidates, which are then manually annotated to construct an expanded dataset. Finally, the existing classification models are retrained using the constructed expanded dataset to improve the model's generalization performance. This recursive data augmentation method expands a Japanese irony sentence dataset, enhancing the model's ability to handle these complex linguistic expressions.

Kitami Institute of Technology (JP)
Openalex Percentile: Top 51%
Web Data Mining and Analysis
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Preliminary Research on Automatic Data Augmentation for Irony Detection — Michał Ptaszyński, Fumito Masui, et al. · (2024) | TGRS Research Map | TGRS