A syntactic pattern recognition approach to computer assisted translation
Structural, Syntactic, and Statistical Pattern Recognition: Joint IAPR …, 2004•Springer
It is a fact that current methodologies for automatic translation cannot be expected to
produce high quality translations. An alternative approach is to use them as an aid to
manual translation. We focus on a possible way to help human translators: to interactively
provide completions for the parts of the sentences already translated. We explain how finite
state transducers can be used for this task and show experiments in which the keystrokes
needed to translate printer manuals were reduced to nearly 25% of the original.
produce high quality translations. An alternative approach is to use them as an aid to
manual translation. We focus on a possible way to help human translators: to interactively
provide completions for the parts of the sentences already translated. We explain how finite
state transducers can be used for this task and show experiments in which the keystrokes
needed to translate printer manuals were reduced to nearly 25% of the original.
Abstract
It is a fact that current methodologies for automatic translation cannot be expected to produce high quality translations. An alternative approach is to use them as an aid to manual translation. We focus on a possible way to help human translators: to interactively provide completions for the parts of the sentences already translated. We explain how finite state transducers can be used for this task and show experiments in which the keystrokes needed to translate printer manuals were reduced to nearly 25% of the original.
Springer
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