D11-1037 which combines the prefer - or syntactic disambiguation components . ences of unlexicalized
C92-2088 statistically evaluated the process of syntactic disambiguation . The success ratio of disambiguation
C90-2040 consists of three components : * Syntactic disambiguation of word-forms which have multiple
C04-1101 constraints were used to support syntactic disambiguation ( Brent , 1990 ) or to generate
D09-1135 semantic knowledge is of great use to syntactic disambiguation . The further analysis on the
E09-1033 grammatically can be exploited for syntactic disambiguation . Improved parsing due to bitext
A97-1013 ( CG-2 ) parser using the 107 syntactic disambiguation rules . The traces starting with
C92-2084 preliminary The ( underlying ) syntactic disambiguation . The parser will build description
E95-1029 experiment on partof-speech and syntactic disambiguation by human experts ( the authors
E09-3005 exploration of applying SCL to adapt a syntactic disambiguation model and show promising initial
A92-1013 a very reliable algorithm for syntactic disambiguation . We are also experimenting concept
E91-1025 morphological analysis , from the syntactic disambiguation , and from combinations of these
C86-1113 devised a model of word-sense and syntactic disambiguation , and Cottrell ( 1985 ) has proposed
H86-1009 message . This is important both for syntactic disambiguation and as a prelude to applying
C04-1045 analysis and morphological and syntactic disambiguation for German language is used to
D11-1037 probabilistic tagger and statistical syntactic disambiguation . Design of representations Approaches
C92-1055 the test . The accuracy rate of syntactic disambiguation is raised from 46.0 % to 60.62
C92-2088 pair ( write , ~ " < ) . 3 Syntactic Disambiguation : Experiment and Evaluation in
E03-1073 automatic acquisition from corpora , syntactic disambiguation ( i.e. , determine the structure
E09-1033 of bitexts ( by way of mutual syntactic disambiguation ) and in computing syntactic
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