tech,4-1-H05-1095,bq phrase-based statistical machine translation method </term> , based on <term> non-contiguous phrases
tech,29-2-C92-1055,bq implicitly using <term> maximum likelihood method </term> , fail to achieve high <term> performance
<term> manual transcription </term> . In our method , <term> unsupervised training </term> is first
tech,2-3-P05-3025,bq systems </term> . Using this <term> visualization method </term> , we can find and address conceptual
semantic-head-driven generation </term> emerge from this method . With a parsimonious <term> instantiation
</term> of the <term> adjoining words </term> . The method accurately determines that a <term> homophone
tech,1-2-P05-3025,bq translating a sentence </term> . The <term> method </term> allows a <term> user </term> to explore
tech,10-5-H05-1095,bq that demonstrate how the proposed <term> method </term> allows to better generalize from
</term> or a <term> decision tree </term> . The method amounts to tagging <term> LMs </term> with <term>
measure(ment),5-4-P05-2016,bq </term> . We also refer to an <term> evaluation method </term> and plan to compare our <term> system
tech,5-3-I05-5003,bq also introduce a novel <term> classification method </term> based on <term> PER </term> which leverages
tech,16-3-H05-1095,bq phrases </term> , as well as a <term> training method </term> based on the maximization of <term>
<term> non-parallel corpus </term> . Thus , our method can be applied with great benefit to <term>
</term> in <term> compound nouns </term> . This method can not only detect <term> Japanese homophone
tech,1-7-J05-1003,bq Street Journal treebank </term> . The <term> method </term> combined the <term> log-likelihood </term>
</term> of <term> training data </term> . The method combines <term> domain independent acoustic
tech,5-2-C94-1082,bq uses a robust <term> island-based parsing method </term> controlled by <term> user-defined performance
express opinion . In our experiment , the method could construct a <term> corpus </term> consisting
another 23 subjects showed that the proposed method could effectively generate proper <term>
<term> WSD system </term> , implementing the method described herein showed very encouraging
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