badrex/MADIS5-spoken-arabic-dialects

Dataset Overview

MADIS-5 (Multi-domain Arabic Dialect Identification in Speech) is a manually curated dataset designed to facilitate evaluation of cross-domain robustness of Arabic Dialect Identification (ADI) systems. This dataset provides a comprehensive benchmark for testing out-of-domain generalization across different speech domains with diverse recording conditions and speaking styles.

Dataset Statistics

• Total Duration: ~12 hours of speech
• Total Utterances: 4,854 utterances
• Languages/Dialects: 5 major Arabic varieties
  • Modern Standard Arabic (MSA)
  • Egyptian Arabic
  • Gulf Arabic
  • Levantine Arabic
  • Maghrebi Arabic
• Domains: 4 different spoken domains
• Collection Period: November 2024 - Feb 2025

Data Sources

Our dataset comprises speech samples from four different public sources, each offering varying degrees of similarity to the TV broadcast domain commonly used in ADI research:

📻 Radio Broadcasts

• Source: Local radio stations across the Arab world via radio.garden
• Characteristics: Similar to prior ADI datasets but with more casual, spontaneous speech
• Domain Similarity: High similarity to existing ADI benchmarks

📺 TV Dramas

• Source: Arabic Spoken Dialects Regional Archive (SARA) on Kaggle
• Characteristics: 5-7 second conversational speech segments
• Domain Similarity: Low similarity with more dialogues

🎤 TEDx Talks

• Source: Arabic portion of the TEDx dataset with dialect labels
• Characteristics: Presentations with educational content
• Domain Similarity: Moderate similarity due to topic diversity

🎭 Theater

• Source: YouTube dramatic and comedy plays from various Arab countries
• Characteristics: Theatrical performances spanning different time periods
• Domain Similarity: Low similarity with artistic and performative speech, with occasional poor recording conditions

Annotation Process

Quality Assurance

• Primary Annotator: Native Arabic speaker with PhD in Computational Linguistics and extensive exposure to Arabic language variation
• Verification: Independent verification by a second native Arabic speaker with expertise in Arabic dialects
• Segmentation: Manual segmentation and labeling of all recordings

Inter-Annotator Agreement

• Perfect Agreement: 97.7% of all samples
• Disagreement: 2.3% disagreement on radio broadcast segments (MSA vs. dialect classification)
• Note: The small disagreement reflects the natural continuum between MSA and dialectal Arabic in certain contexts. Final label of segments with disagreement was assigned after a discussion between annotators.

Use Cases

This dataset is ideal for:

• Cross-domain robustness evaluation of Arabic dialect identification systems
• Benchmarking ADI models across diverse speech domains
• Research on domain adaptation in Arabic speech processing
• Development of more robust Arabic dialect classifiers

Dataset Advantages

• Domain Diversity: Four distinct speech domains with varying recording conditions
• Expert Annotation: High-quality labels from linguistic experts
• Cross-domain Focus: Specifically designed to test model robustness beyond single domains
• Real-world Scenarios: Covers authentic speech from various contexts

Citation

If you use this dataset in your research, please cite our paper:

@inproceedings{abdullah2025voice,
  title={Voice Conversion Improves Cross-Domain Robustness for Spoken Arabic Dialect Identification},
  author={Abdullah, Badr M. and Matthew Baas and Bernd Möbius and Dietrich Klakow},
  year={2025},
  publisher={Interspeech},
  url={arxiv.org/abs/2505.24713}
}

License

Creative Commons Attribution-NonCommercial-NoDerivs 4.0 (CC BY-NC-ND 4.0)

Acknowledgments

We thank the contributors to the source datasets and platforms that made this compilation possible, including radio.garden, SARA archive, and the Multilingual TEDx dataset.