Cross-lingual transfer learning for Arabic dialects. Addresses low-resource NLP challenges in MENA region with transformer based approaches and dialect specific benchmarks.
# Arabic NLP Research
Cross-lingual transfer learning for Arabic dialects. Addresses low-resource
NLP challenges in the MENA region using character-level n-gram features and
transformer-based approaches for dialect identification and classification.
## Dialects Supported
- Modern Standard Arabic (MSA)
- Egyptian Arabic
- Gulf Arabic (Saudi Arabia, UAE, Kuwait)
- Levantine Arabic (Syria, Lebanon, Palestine)
- Maghrebi Arabic (Morocco, Algeria, Tunisia)
## Features
- Character-level n-gram TF-IDF feature extraction
- Multi-class dialect classification with confidence scoring
- Logistic Regression and Random Forest baselines
- 5-fold cross-validation evaluation
- Live inference with probability visualization
- Preprocessing pipeline for Arabic text normalization
## Quick Start
git clone
github.com
cd arabic-nlp-research
python3 -m venv venv
source venv/bin/activate
pip install -r requirements.txt
python3 src/models/arabic_dialect_classifier.py
## Research Context
Arabic dialect identification is a critical component of MENA-focused NLP
systems. With 400M+ Arabic speakers across 22 countries using mutually
unintelligible dialects, robust dialect identification enables more accurate
downstream NLP tasks including sentiment analysis, machine translation, and
content moderation.
## License
MIT