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Register a new userNITK-UoH: Tamil-Telugu Machine Translation Systems for the WMT21 Similar Language Translation Task
Nitk-Uh: Tamil-Telugu أنظمة الترجمة الآلية لمهمة ترجمة اللغة WMT21
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في هذا العمل، تم تطوير وتقييم وتقييم أنظمة الترجمة الآلية العصبيةين كجزء من BILIRECTIONAL TAMIL-TELUGU Transmation Language Translation Transke Subtask في WMT21. تم استخدام مجموعة أدوات OpenNMT-PY لإنشاء النماذج النماذج الخاصة بالأنظمة السريعة، والتي تتابع النماذج التي تم تدريبها على مجموعات البيانات التدريبية التي تحتوي على Corpus الموازي وأخيرا تم تقييم النماذج على مجموعات بيانات Dev المقدمة كجزء من المهمة. تم تدريب كل من الأنظمة على محطة DGX مع 4 -V100 GPUs. أول نظام NMT في هذا العمل هو طراز ترميز تشفير من 6 طبقة محول، تدرب على 100000 خطوة تدريبية، مما يشبه تكوينه الجديد الذي يوفره OpenNMT-PY وهذا يستخدم لإنشاء نموذج للحصول على ترجمة ثنائية الاتجاه. يحتوي نظام NMT الثاني على نماذج ترجمة أحادية الاتجاه مع نفس التكوين كنظام أول كأول، مع إضافة ترميز زوج البايت البايت (BPE) لتخشيص الكلمات الفرعية من خلال طراز MultiBPEMB المدرب مسبقا. بناء على مقاييس تقييم DEV DataSet لكل من النظم، فإن النظام الأول I.E. لقد تم تقديم نموذج محول الفانيليا كنظام أساسي. نظرا لعدم وجود تحسينات في المقاييس أثناء تدريب النظام الثاني مع BPE، فقد تم تقديمه كأنظمة مضادة للتناقض.
In this work, two Neural Machine Translation (NMT) systems have been developed and evaluated as part of the bidirectional Tamil-Telugu similar languages translation subtask in WMT21. The OpenNMT-py toolkit has been used to create quick prototypes of the systems, following which models have been trained on the training datasets containing the parallel corpus and finally the models have been evaluated on the dev datasets provided as part of the task. Both the systems have been trained on a DGX station with 4 -V100 GPUs. The first NMT system in this work is a Transformer based 6 layer encoder-decoder model, trained for 100000 training steps, whose configuration is similar to the one provided by OpenNMT-py and this is used to create a model for bidirectional translation. The second NMT system contains two unidirectional translation models with the same configuration as the first system, with the addition of utilizing Byte Pair Encoding (BPE) for subword tokenization through the pre-trained MultiBPEmb model. Based on the dev dataset evaluation metrics for both the systems, the first system i.e. the vanilla Transformer model has been submitted as the Primary system. Since there were no improvements in the metrics during training of the second system with BPE, it has been submitted as a contrastive system.
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