A Large and Balanced Corpus for Fine-grained Arabic Readability Assessment

This paper introduces the Balanced Arabic Readability Evaluation Corpus (BAREC), 1 a large-scale, fine-grained dataset for Arabic readability assessment.BAREC consists of 69,441 sentences spanning 1+ million words, carefully curated to cover 19 readability levels, from kindergarten to postgraduate comprehension.The corpus balances genre diversity, topical coverage, and target audiences, offering a comprehensive resource for evaluating Arabic text complexity.The corpus was fully manually annotated by a large team of annotators.The average pairwise inter-annotator agreement, measured by Quadratic Weighted Kappa, is 81.8%, reflecting a high level of substantial agreement.Beyond presenting the corpus, we benchmark automatic readability assessment across different granularity levels, comparing a range of techniques.Our results highlight the challenges and opportunities in Arabic readability modeling, demonstrating competitive performance across various methods.To support research and education, we make BAREC openly available, along with detailed annotation guidelines and benchmark results.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.findings-acl.842
Primary Topic
Text Readability and Simplification
Type
article
Field-Weighted Citation Impact
0.00

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article

A Large and Balanced Corpus for Fine-grained Arabic Readability Assessment

Hanada Taha, Khalid N. Elmadani, Nizar Habash
Text Readability and Simplification
article

A Large and Balanced Corpus for Fine-grained Arabic Readability Assessment

Hanada Taha, Khalid N. Elmadani, Nizar Habash
article en

Abstract

This paper introduces the Balanced Arabic Readability Evaluation Corpus (BAREC), 1 a large-scale, fine-grained dataset for Arabic readability assessment.BAREC consists of 69,441 sentences spanning 1+ million words, carefully curated to cover 19 readability levels, from kindergarten to postgraduate comprehension.The corpus balances genre diversity, topical coverage, and target audiences, offering a comprehensive resource for evaluating Arabic text complexity.The corpus was fully manually annotated by a large team of annotators.The average pairwise inter-annotator agreement, measured by Quadratic Weighted Kappa, is 81.8%, reflecting a high level of substantial agreement.Beyond presenting the corpus, we benchmark automatic readability assessment across different granularity levels, comparing a range of techniques.Our results highlight the challenges and opportunities in Arabic readability modeling, demonstrating competitive performance across various methods.To support research and education, we make BAREC openly available, along with detailed annotation guidelines and benchmark results.

New York University Abu Dhabi, York University, Zayed University
Openalex Percentile: Top 90%
Text Readability and Simplification
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