Some tradeoffs in continual learning for Parliamentary neural machine translation systems

In long-term translation projects, like Parliamentary text, there is a desire to build machine translation systems that can adapt to changes over time. We implement and examine a simple approach to continual learning for neural machine translation, exploring tradeoffs between consistency, the model’s ability to learn from incoming data, and the time a client would need to wait to obtain a newly trained translation system.

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Journal
NPARC
Published
2024-09-30
Primary Topic
Natural Language Processing Techniques
Type
article
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article

Some tradeoffs in continual learning for Parliamentary neural machine translation systems

Gabriel Bernier-Colborne, Michel Simard, M. Tessier, Samuel J. C. F. Larkin et al.
NPARC
Natural Language Processing Techniques
article

Some tradeoffs in continual learning for Parliamentary neural machine translation systems

Gabriel Bernier-Colborne, Michel Simard, M. Tessier, Samuel J. C. F. Larkin, Rebecca Knowles, Cyril Goutte, Chi-kiu Lo
article en

Abstract

In long-term translation projects, like Parliamentary text, there is a desire to build machine translation systems that can adapt to changes over time. We implement and examine a simple approach to continual learning for neural machine translation, exploring tradeoffs between consistency, the model’s ability to learn from incoming data, and the time a client would need to wait to obtain a newly trained translation system.

NPARC
National Research Council Canada (CA)
Openalex Percentile: Top 40%
Natural Language Processing Techniques
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Some tradeoffs in continual learning for Parliamentary neural machine translation systems — Gabriel Bernier-Colborne, Michel Simard, et al. · NPARC (2024) | TGRS Research Map | TGRS