tech,5-3-P03-1031,bq multiple <term> candidates </term> for the <term> understanding </term> result can be obtained for a <term>
tech,16-6-P03-1031,bq method </term> enables easy design of the <term> discourse understanding process </term> . Experiment results have shown that
other,12-2-P03-1031,bq user utterances </term> based on the <term> context </term> of a <term> dialogue </term> . Since
other,10-4-P03-1031,bq understanding </term> results and resolving the <term> ambiguity </term> as the <term> dialogue </term> progresses
other,17-3-P03-1031,bq <term> user utterance </term> due to the <term> ambiguity </term> of <term> speech understanding </term>
other,8-5-P03-1031,bq proposes a method for resolving this <term> ambiguity </term> based on <term> statistical information
other,7-2-P03-1031,bq the <term> system </term> to understand <term> user utterances </term> based on the <term> context </term> of
other,5-6-P03-1031,bq Unlike conventional methods that use <term> hand-crafted rules </term> , the proposed <term> method </term>
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