tech,6-1-P01-1008,bq interpretation and generation of natural language </term> , current systems use manual or semi-automatic
other,10-1-C94-1030,bq speech recognition </term> of a <term> natural language </term> , it has been difficult to detect
model,3-1-H92-1026,bq generative probabilistic model of natural language </term> , which we call <term> HBG </term> ,
other,9-1-P80-1004,bq process in <term> human understanding of natural language </term> . This paper discusses a <term> method
other,34-1-C90-3045,bq or <term> automatic translation of natural language </term> . We present a variant of <term> TAGs
tech,9-1-C88-2162,bq far have not fared well in <term> modeling language acquisition </term> . For one thing , <term>
other,21-3-N06-4001,bq context to uncover relationships between <term> language </term> and <term> behavioral patterns </term>
other,8-1-C04-1103,bq role in many <term> multilingual speech and language applications </term> . In this paper , a
other,15-3-P05-1074,bq how <term> paraphrases </term> in one <term> language </term> can be identified using a <term> phrase
lr,6-1-H92-1003,bq describes a recently collected <term> spoken language corpus </term> for the <term> ATIS ( Air Travel
other,13-1-P03-1005,bq Kernel </term> for <term> structured natural language data </term> . The <term> HDAG Kernel </term>
other,8-5-P84-1047,bq advantages from the point of view of <term> language definition </term> are also noted . Representative
other,13-1-J86-4002,bq human-machine interactions </term> in a <term> natural language environment </term> . Because a <term> speaker
other,15-6-C94-1026,bq which are selected from different <term> language families </term> . In <term> optical character
other,3-2-N06-2009,bq need </term> . Finding the preferred <term> language </term> for such a <term> need </term> is a valuable
other,22-1-P90-1014,bq </term> in the <term> principle-and-parameters language framework </term> . First , by investigating
other,13-3-H01-1055,bq extensively studied by the <term> natural language generation community </term> , though rarely
tech,21-3-C88-1044,bq will be incorporated into a <term> natural language generation system </term> . This paper summarizes
tech,7-1-P01-1056,bq training </term> modules of a <term> natural language generator </term> have recently been proposed
tech,17-1-H01-1070,bq key prediction </term> and <term> Thai-English language identification </term> . The paper also proposes
hide detail