A Survey of Large Language Models for Arabic Language and its Dialects

Обзор больших языковых моделей для арабского языка и его диалектов
Malak Mashaabi, Shahad Al-Khalifa, Hend S. Al‐Khalifa
2026-04-09

Arabic NLPArabic dialectsArabic large language modelsModern Standard Arabicmodel openness
This survey presents a comprehensive review of Large Language Models (LLMs) developed for the Arabic language and its dialects. It categorizes models by architecture (encoder-only, decoder-only, and encoder-decoder) and by linguistic form, including Classical Arabic, Modern Standard Arabic, and Dialectal Arabic. We analyze monolingual, bilingual, and multilingual models, evaluating their performance on tasks such as sentiment analysis, named entity recognition, and question answering. The survey also assesses model openness, considering factors like access to source code, training data, weights, and documentation. Our findings highlight a concentration of resources on MSA, a lack of diverse dialectal datasets, and limited transparency across many models. This work offers the first systematic comparison of openness and linguistic coverage in Arabic LLMs and outlines key challenges and research opportunities to support more inclusive, reproducible, and representative Arabic NLP.
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Arabic LLM performance is reviewed across sentiment analysis, named entity recognition, and question answering tasks.
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Existing resources are concentrated on Modern Standard Arabic, while diverse datasets for Arabic dialects remain scarce.
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Many Arabic LLMs have limited transparency regarding source code, training data, model weights, and documentation.
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The survey categorizes Arabic LLMs by architecture, linguistic form, and monolingual, bilingual, or multilingual training scope.
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The survey provides the first systematic comparison of openness and linguistic coverage in Arabic LLMs, identifying challenges for inclusive and reproducible research.

Large Language Models developed for the Arabic language and its dialects

Their architectures, linguistic coverage, task performance, openness, and limitations in resources, datasets, and transparency

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2026-04-09
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Malak Mashaabi
Shahad Al-Khalifa
Hend S. Al‐Khalifa
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