| W15-5309 | a problem dual to WSD , namely | synonymy detection | . To the best of our knowledge |
| J07-2002 | over the word-based model on the | synonymy detection | task . On the BNC , it also outperforms |
| J07-2002 | processing : semantic priming , | synonymy detection | , and word sense disambiguation |
| W07-0734 | resources used for stemming and | synonymy detection | for English are the Porter Stemmer |
| P11-2084 | tools for lexicon extraction and | synonymy detection | from unrelated and comparable |
| J10-4006 | the experiments , ranging from | synonymy detection | to argument structure and concept |
| Q14-1020 | regard to their meaning ( e.g. , in | synonymy detection | or selectional preferences ) |
| E09-1010 | and Lavie call " a poor-man 's | synonymy detection | algorithm " . Consequently , |
| D12-1127 | Krizhanovsky and Lin , 2009 ) , | synonymy detection | ( Navarro et al. , 2009 ) , sentiment |
| J10-4006 | instance , Turney ( 2008 ) models | synonymy detection | with a DSM that closely resembles |
| S13-2099 | 2001 ) uses LSA in order to solve | synonymy detection | questions from the well-known |
| S12-1104 | 2001 ) uses LSA in order to solve | synonymy detection | questions from the well-known |
| W05-0909 | be thought of as a poor-man 's | synonymy detection | algorithm that does not disambiguate |
