2020 · 10 citations · 4 references
ComputingArabicComputer ScienceComputational LinguisticsMachine LearningNatural Language ProcessingDeep LearningDialect ClassificationLanguage ModelingLanguage ModelsMultilingual Natural Language ProcessingNamed Entity RecognitionData AugmentationDialect Boundary IdentificationDialect ProcessingLarge Language ModelsLearningNeural Language ModelsSemi-supervised Representation Learning
This paper presents the ArabicProcessors team’s deep learning system designed for the NADI 2020 Subtask 1 (country-level dialect identification) and Subtask 2 (province-level dialect identification). We used Arabic-Bert in combination with data augmentation and ensembling methods. Unlabeled data provided by task organizers (10 Million tweets) was split into multiple subparts, to which we applied semi-supervised learning method, and finally ran a specific ensembling process on the resulting models. This system ranked 3rd in Subtask 1 with 23.26% F1-score and 2nd in Subtask 2 with 5.75% F1-score.
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Omar F. Zaidan, Chris Callison-Burch · Computational Linguistics · 2013 · 292 citations · Full text
Automatic Arabic Dialect Classification Using Deep Learning Models
Leena Lulu, Ashraf Elnagar · Procedia Computer Science · 2018 · 122 citations · Full text
Computing, Arabic, Computer Science +13
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Suwon Shon, Ahmed Ali, Younes Samih et al. · 2020 · 39 citations