statistical machine translation </term> . This statistical approach aims to minimize <term> expected
other,11-5-P03-1031,bq this <term> ambiguity </term> based on <term> statistical information </term> obtained from <term> dialogue
other,14-1-P01-1070,bq experiments centering on the construction of <term> statistical models </term> of <term> WH-questions </term>
other,16-4-P05-1048,bq including inherent limitations of current <term> statistical MT architectures </term> . <term> Syntax-based
other,8-3-H90-1016,bq we use a <term> fully-connected first-order statistical class grammar </term> . The <term> speech-search
other,9-4-I05-2048,bq intended to give an introduction to <term> statistical machine translation </term> with a focus
tech,0-1-P05-1067,bq architectures </term> . <term> Syntax-based statistical machine translation ( MT ) </term> aims at
tech,1-3-H05-1095,bq word-aligned corpora </term> is proposed . A <term> statistical translation model </term> is also presented
tech,10-1-P05-1032,bq data structure </term> for <term> phrase-based statistical machine translation </term> which allows
tech,10-1-P05-1067,bq translation ( MT ) </term> aims at applying <term> statistical models </term> to <term> structured data </term>
tech,10-2-P05-3025,bq a <term> model </term> of <term> syntax-based statistical machine translation ( MT ) </term> , to understand
tech,10-7-A94-1011,bq repeat results which show that standard <term> statistical models </term> are not particularly suitable
tech,11-1-N03-2036,bq phrase-based unigram model </term> for <term> statistical machine translation </term> that uses a much
tech,11-5-N04-1022,bq decoding </term> can be used to tune <term> statistical MT </term> performance for specific <term>
tech,13-3-I05-2021,bq improvements in the <term> BLEU scores </term> of <term> statistical machine translation ( SMT ) </term> suggests
tech,15-3-A94-1011,bq is presented which involves using a <term> statistical POS tagger </term> in conjunction with <term>
tech,16-1-P05-1048,bq sense disambigation models </term> help <term> statistical machine translation </term><term> quality
tech,17-1-P05-1069,bq phrase-based prediction model </term> for <term> statistical machine translation ( SMT ) </term> . The
tech,17-2-N03-1004,bq mechanisms </term> and the other adopting <term> statistical techniques </term> . We present our <term>
tech,18-1-A94-1011,bq within the standard <term> term weighting statistical assignment paradigm </term> ( Fagan 1987
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