We present a simple yet powerful data augmentation method for boosting Neural Machine Translation (NMT) performance by leveraging information retrieved from a Translation Memory (TM). We propose and test two methods for augmenting NMT training data with fuzzy TM matches. Tests on the DGT-TM data set for two language pairs show consistent and substantial improvements over a range of baseline systems. The results suggest that this method is promising for any translation environment in which a sizeable TM is available and a certain amount of repetition across translations is to be expected, especially considering its ease of implementation
Neural machine translation (NMT) has achieved notable success in recent times, however it is also wi...
In the translation industry today, CAT tool environments are an indispensable part of the translator...
Neural machine translation (NMT) has emerged recently as a promising alternative of standard rule-ba...
We present a simple yet powerful data augmentation method for boosting Neural Machine Translation (N...
We identify a number of aspects that can boost the performance of Neural Fuzzy Repair (NFR), an easy...
Translation memories (TM) and machine translation (MT) both are potentially useful resources for pro...
Previous research has shown that simple methods of augmenting machine translation training data and ...
Previous research has shown that simple methods of augmenting machine translation training data and ...
Fuzzy matching in translation memories (TM) is mostly string-based in current CAT tools. These tools...
Two of the more predominant technologies that professional translators have at their disposal ...
Computer-aided translation tools based on translation memories are widely used to assist professiona...
Computer-aided translation (CAT) tools support translators through various means, such as looking up...
An innovative way of integrating Translation Memory (TM) and Machine Translation (MT) processing is ...
With the steadily increasing demand for high quality translation, the localisation industry is cons...
Improving machine translation (MT) systems with translation memories (TMs) is of great interest to p...
Neural machine translation (NMT) has achieved notable success in recent times, however it is also wi...
In the translation industry today, CAT tool environments are an indispensable part of the translator...
Neural machine translation (NMT) has emerged recently as a promising alternative of standard rule-ba...
We present a simple yet powerful data augmentation method for boosting Neural Machine Translation (N...
We identify a number of aspects that can boost the performance of Neural Fuzzy Repair (NFR), an easy...
Translation memories (TM) and machine translation (MT) both are potentially useful resources for pro...
Previous research has shown that simple methods of augmenting machine translation training data and ...
Previous research has shown that simple methods of augmenting machine translation training data and ...
Fuzzy matching in translation memories (TM) is mostly string-based in current CAT tools. These tools...
Two of the more predominant technologies that professional translators have at their disposal ...
Computer-aided translation tools based on translation memories are widely used to assist professiona...
Computer-aided translation (CAT) tools support translators through various means, such as looking up...
An innovative way of integrating Translation Memory (TM) and Machine Translation (MT) processing is ...
With the steadily increasing demand for high quality translation, the localisation industry is cons...
Improving machine translation (MT) systems with translation memories (TMs) is of great interest to p...
Neural machine translation (NMT) has achieved notable success in recent times, however it is also wi...
In the translation industry today, CAT tool environments are an indispensable part of the translator...
Neural machine translation (NMT) has emerged recently as a promising alternative of standard rule-ba...