| tech,6-1-N06-2038,bq | are several approaches that model <term> | information extraction | </term> as a <term> token classification task | #10805 There are several approaches that modelinformation extraction as a token classification task, using various tagging strategies to combine multiple tokens. |
| tech,10-1-N06-2038,bq | <term> information extraction </term> as a <term> | token classification task | </term> , using various <term> tagging strategies | #10809 There are several approaches that model information extraction as atoken classification task, using various tagging strategies to combine multiple tokens. |
| tech,16-1-N06-2038,bq | classification task </term> , using various <term> | tagging strategies | </term> to combine multiple <term> tokens </term> | #10815 There are several approaches that model information extraction as a token classification task, using varioustagging strategies to combine multiple tokens. |
| other,21-1-N06-2038,bq | strategies </term> to combine multiple <term> | tokens | </term> . We describe the <term> tagging strategies | #10820 There are several approaches that model information extraction as a token classification task, using various tagging strategies to combine multipletokens. |
| tech,3-2-N06-2038,bq | <term> tokens </term> . We describe the <term> | tagging strategies | </term> that can be found in the literature | #10825 We describe thetagging strategies that can be found in the literature and evaluate their relative performances. |
| tech,8-3-N06-2038,bq | introduce a new strategy , called <term> | Begin/After tagging | </term> or <term> BIA </term> , and show that | #10848 We also introduce a new strategy, calledBegin/After tagging or BIA, and show that it is competitive to the best other strategies. |
| tech,11-3-N06-2038,bq | <term> Begin/After tagging </term> or <term> | BIA | </term> , and show that it is competitive | #10851 We also introduce a new strategy, called Begin/After tagging orBIA, and show that it is competitive to the best other strategies. |
