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Register a new userHigh Frequent In-domain Words Segmentation and Forward Translation for the WMT21 Biomedical Task
تقسيم الكلمات المتكررة عالية المتكررة والترجمة الأمامية للمهمة الطبية الحيوية WMT21
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تقارير هذه الورقة تحسين استخدام البيانات خارج المجال في مهمة الترجمة الطبية الحيوية.حددنا أولا مجموعة بيانات التدريب الموازية باستخدام كلمات مصطلحات Babelnet داخل المجال.بعد ذلك، لزيادة مجموعة التدريب، درسنا آثار بيانات خارج المجال حول مهام الترجمة الطبية الحيوية، وقد أنشأنا مزيجا من مجموعات التدريب داخل المجال والخروج وإضافة بيانات أكثر داخل المجال باستخدامالترجمة إلى الأمام في المهمة الإنجليزية الإسبانية.أخيرا، مع طريقة تحسين BPE بسيطة، قمنا بزيادة عدد الكلمات الفرعية داخل المجال في مجموعة التدريب المختلطة لدينا وتدريب طراز المحول على البيانات التي تم إنشاؤها.تظهر النتائج تحسينات باستخدام طريقة لدينا المقترحة.
This paper reports the optimization of using the out-of-domain data in the Biomedical translation task. We firstly optimized our parallel training dataset using the BabelNet in-domain terminology words. Afterward, to increase the training set, we studied the effects of the out-of-domain data on biomedical translation tasks, and we created a mixture of in-domain and out-of-domain training sets and added more in-domain data using forward translation in the English-Spanish task. Finally, with a simple bpe optimization method, we increased the number of in-domain sub-words in our mixed training set and trained the Transformer model on the generated data. Results show improvements using our proposed method.
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In this paper we present the FJWU's system submitted to the biomedical shared task at WMT21. We prepared state-of-the-art multilingual neural machine translation systems for three languages (i.e. German, Spanish and French) with English as target lan
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