C80-1013 network is the output of the natural language analyzer . This will be further compiled
A88-1018 and retrieved using a natural language analyzer and generator . Conceptual information
C80-1013 paper concentrates on the natural language analyzer . The following is a summary
A92-1035 knowledge sources and a natural language analyzer is illustrated in Figure 1 .
C88-1055 relationships . 2.2 Related Research Most language analyzers do not really perform concretion
C86-1103 and by requests of the Natural Language Analyzer . * The knowledge manager administers
C69-6301 Justified further work on natural language analyzers for input processing . Consequently
A97-1000 better job in building natural language analyzers and generators . Our tool kit
C80-1013 mapping . We have developed natural language analyzers for English and Japanese respectively
C90-3023 order in which they occurred . The Language Analyzer The language analyzer has three
A94-1023 modify object lo - cations . The language analyzer parses the English location description
C90-3023 appropriate structure for integrating a language analyzer with a complex dynamic ( time-dependent
C86-1103 corresponding logical form . The Natural Language Analyzer consists of the following parts
C90-2045 ystem is being used as the source language analyzer of a Japanese-to-English machine
A88-1018 bottom-up parser . TRUMP is a flexible language analyzer consisting of a syntactic processor
C90-2034 bulk of the complexity of most language analyzers comes from the combinatorics
C80-1013 summary of our approach : NATURAL LANGUAGE ANALYZER & LE . & . PSN -- . task
C88-1055 independent . Concretion Mlows the language analyzer to develop a sufficiently specific
A94-1023 translates spatial relations from the language analyzer into polygons and performs polygon
A94-1023 knowledge base . 4.4 PPI , the Language Analyzer The PPI ( Prepositional Phrase
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