Skip to content

Latest commit

 

History

History
40 lines (31 loc) · 2.42 KB

README.md

File metadata and controls

40 lines (31 loc) · 2.42 KB
Raw

Oersetter Models

Maarten van Gompel / Centre for Language and Speech Technology / Radboud University Nijmegen

Licensed under [OPEN LICENCE TO BE DETERMINED BY FRYSKE AKADEMY]

This repository contains models for Oersetter, the Frisian-Dutch Machine Translation system developed by Radboud University Nijmegen in close collaboration with Fryske Akademy. This repository does not contain the literary sources to the models, as supplied by the Fryske Akademy, as those are copyrighted. It only contains derivative data from which the sources can not be reconstructed.

It contains the following

  • nl-fy - Dutch to Frisian
    • moses.ini - Configuration for Moses with parameters optimized on a held-out development set using MERT. This file references all the others, please read the notices inside.
    • fy.lm - Language model (ARPA-style, generated with SRILM, should run also with KenLM supplied with Moses)
    • phrase-table.gz - The phrase-translation table (ARPA-style, generated with SRILM, should run also with KenLM supplied with Moses)
    • reordering-table.wbe-msd-bidirectional-fe.gz - Reordering table
  • fy-nl - Frisian to Dutch
    • moses.ini - Configuration for Moses with parameters optimized on a held-out development set using MERT. This file references all the others, please read the notices inside.
    • nl.lm.gz - Language model (ARPA-style, generated with SRILM, should run also with KenLM supplied with Moses), this is a big one trained on the frisian parallel corpora, OpenSubtitles and Europarl
      • nl.tiny.lm - A small language model trained only on the frisian parallel corpora and used during testing
    • phrase-table.gz - The phrase-translation table (ARPA-style, generated with SRILM, should run also with KenLM supplied with Moses)
    • reordering-table.wbe-msd-bidirectional-fe.gz - Reordering table

This system is to be used with Moses. A moses2 server can then be started as follows:

moses2 -f moses.ini --server --server-port 2002 --mark-unknown --unknown-word-prefix "<em>" --unknown-word-suffix "</em>"

A RESTful webservice wrapper that communicates with such a Moses server (and also provides a web-interface for users) is provided separately and is powered by CLAM.