Mind the Gap: Diverse NMT Models for Resource-Constrained Environments

We present fast Neural Machine Translation models for 17 diverse languages, developed using Sequence-level Knowledge Distillation. Our selected languages span multiple language families and scripts, including low-resource languages. The distilled models achieve comparable performance while being 10x times faster than transformer-base and 35x times faster than transformer-big architectures. Our experiments reveal that teacher model quality and capacity strongly influence the distillation success, as well as the language script. We also explore the effectiveness of multilingual students. We release publicly our code and models in our Github repository: anonymised.

Publication Details

Journal
DSpace repository (University of Tartu)
Published
2025-02-17
Primary Topic
Physics and Engineering Research Articles
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article

Mind the Gap: Diverse NMT Models for Resource-Constrained Environments

DSpace repository (University of Tartu)
Physics and Engineering Research Articles
article

Mind the Gap: Diverse NMT Models for Resource-Constrained Environments

article en

Abstract

We present fast Neural Machine Translation models for 17 diverse languages, developed using Sequence-level Knowledge Distillation. Our selected languages span multiple language families and scripts, including low-resource languages. The distilled models achieve comparable performance while being 10x times faster than transformer-base and 35x times faster than transformer-big architectures. Our experiments reveal that teacher model quality and capacity strongly influence the distillation success, as well as the language script. We also explore the effectiveness of multilingual students. We release publicly our code and models in our Github repository: anonymised.

DSpace repository (University of Tartu)
Quality Education
Openalex Percentile: Top 47%
Physics and Engineering Research Articles
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Mind the Gap: Diverse NMT Models for Resource-Constrained Environments · DSpace repository (University of Tartu) (2025) | TGRS Research Map | TGRS