| J03-4006 | identified in the passages using the | WordNet mapping | approach from chapter 4 . In |
| W14-0124 | 2009 ) have used English-Chinese | Wordnet mapping | to domain tag Chinese Wordnet |
| S13-1004 | team for sharing OntoNotes to | WordNet mappings | ( Hovy et al. 2006 ) . We thank |
| W14-0106 | ( 1.3.3.1 ) . We consider the | Wordnet mapping | to be applicable to Semantic |
| W00-1318 | Acknowledgements <title> Automatic | WordNet mapping | using word sense disambiguation |
| P07-3015 | sentences , the frequencies of all | WordNet mappings | are taken into account without |
| W14-5508 | next steps Since the Universal | WordNet mappings | are produced from parallel data |
| W14-5508 | representation , while the Universal | WordNet mappings | can be seen as concrete representation |
| S10-1095 | uses an integrative resource of | WordNet mappings | . We conducted an experimental |
| N10-1010 | collocations related to the MFS of w. | WordNet mapping | takes place and finally HAC with |
| W10-0910 | article using the category to | WordNet mapping | ( Ponzetto and Navigli , 2009 |
| W00-1318 | To evaluate the performance of | WordNet mapping | , the candidate synsets of 3260 |
| W04-0820 | fully automated way , by using the | WordNet mappings | for nouns and ` Istituto per |
| W13-0103 | , we simply use these TRIPS - | WordNet mappings | to identify the possible WordNet |
| W10-3301 | For instance , in the SUMO to | Wordnet mapping | ( Niles and Pease 2003 ) , only |
| W99-0505 | semrels than currently included in | WordNet mappings | ( 40 7 % ) , a slight improvement |
