A Transformer-Driven Bilingual Approach to Arabic Text Summarization

This paper presents a novel bilingual approach for Arabic text summarization, addressing the unique academic and technical content’s linguistic challenges. The proposed pipeline solves the main problems associated with Arabic-specific models (e.g. AraBART, AraT5, and mBERT2mBERT) for summarization. Comparative evaluations using the XL-Sum dataset demonstrate that the proposed bilingual approach outperformed all tested models with a ROUGE-2 F1 score of 39.44% versus AraBART’s 33%, the most known one for Arabic text summarization. This research emphasizes the huge performance gap between English-language transformers and their Arabic counterparts, highlighting the potential of bilingual approaches to bridge this gap. By leveraging both English and Arabic models, the proposed pipeline significantly creates a concise and coherent summarization that can be used in many other fields, particularly in academia.

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Publication Details

Published
2025-07-12
DOI
https://doi.org/10.1109/imsa65733.2025.11167880
Primary Topic
Topic Modeling
Type
article
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article

A Transformer-Driven Bilingual Approach to Arabic Text Summarization

Mohamed Abu Bakr, Noha Gamal, Mohamed Hany, Abdelhakim Osama
Topic Modeling
article

A Transformer-Driven Bilingual Approach to Arabic Text Summarization

Mohamed Abu Bakr, Noha Gamal, Mohamed Hany, Abdelhakim Osama
article en

Abstract

This paper presents a novel bilingual approach for Arabic text summarization, addressing the unique academic and technical content’s linguistic challenges. The proposed pipeline solves the main problems associated with Arabic-specific models (e.g. AraBART, AraT5, and mBERT2mBERT) for summarization. Comparative evaluations using the XL-Sum dataset demonstrate that the proposed bilingual approach outperformed all tested models with a ROUGE-2 F1 score of 39.44% versus AraBART’s 33%, the most known one for Arabic text summarization. This research emphasizes the huge performance gap between English-language transformers and their Arabic counterparts, highlighting the potential of bilingual approaches to bridge this gap. By leveraging both English and Arabic models, the proposed pipeline significantly creates a concise and coherent summarization that can be used in many other fields, particularly in academia.

Cairo University (EG), Nile University (EG), Delta University for Science and Technology (EG)
Openalex Percentile: Top 86%
Topic Modeling
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