C80-1075 conjunction on all the components of a syntactic analyzer . We have shown how we have been
C86-1058 contextual processing serially . The syntactic analyzer obtains rough syntactic structures
A92-1022 development of efficient , broadcoverage syntactic analyzers . By restructuring the generated
C90-3055 words , and gives them to the syntactic analyzer . The main processing functions
C90-1007 contains a 44 l lexical and a syntactic analyzer . The former does morphological
C67-1004 ANALYZER FOR RUSSIAN i . The Fulcrum syntactic analyzer is part of a bipartite system
C90-3099 features from the lexicon to the syntactic analyzer . The generation module of the
C04-1194 more elaborated tools , such as a syntactic analyzer . LAT-1 . no LAT-2 . no number
C90-2042 almost completely solved by the syntactic analyzer . * Struclurat arnbiguities ,
A92-1022 for the evaluation runs . Our syntactic analyzer uses an augmented-contextfree
A92-1013 As in other similar works , the syntactic analyzer used in this study does not rely
A92-1019 used as input to a more powerful syntactic analyzer . In this way , a lemmatizer
C00-2101 candidates produced by the J a.panese syntactic analyzer . The parse tree is : represented
C86-1058 parser named Extended-Lingol as a syntactic analyzer to analyze the Japanese sentences
C73-2030 above . If this is true , then the syntactic analyzer based on string grammar which
C92-2100 further division . Next , the Syntactic Analyzer finds all possible binary relations
C69-4101 morphological rules , and as a syntactic analyzer with a set of syntactic rules
C69-4101 algorithm is the Kuno-Oettinger Syntactic Analyzer ( Kuno 1965 ) . Both these algorithms
C90-2042 different sentences I ) e - ( ` ause a syntactic analyzer processes each sentence independently
C86-1058 system described here employs a syntactic analyzer , a semantic analyzer treating
hide detail