| tech,6-1-P06-4011,bq | This paper introduces a method for <term> computational analysis of move structures </term> in <term> abstracts </term> of <term> research articles </term> . | #11702 This paper introduces a method forcomputational analysis of move structures in abstracts of research articles. |
| other,12-1-P06-4011,bq | This paper introduces a method for <term> computational analysis of move structures </term> in <term> abstracts </term> of <term> research articles </term> . | #11708 This paper introduces a method for computational analysis of move structures inabstracts of research articles. |
| other,14-1-P06-4011,bq | This paper introduces a method for <term> computational analysis of move structures </term> in <term> abstracts </term> of <term> research articles </term> . | #11710 This paper introduces a method for computational analysis of move structures in abstracts ofresearch articles. |
| other,4-2-P06-4011,bq | In our approach , <term> sentences </term> in a given <term> abstract </term> are analyzed and labeled with a specific <term> move </term> in light of various <term> rhetorical functions </term> . | #11717 In our approach,sentences in a given abstract are analyzed and labeled with a specific move in light of various rhetorical functions. |
| other,8-2-P06-4011,bq | In our approach , <term> sentences </term> in a given <term> abstract </term> are analyzed and labeled with a specific <term> move </term> in light of various <term> rhetorical functions </term> . | #11721 In our approach, sentences in a givenabstract are analyzed and labeled with a specific move in light of various rhetorical functions. |
| other,16-2-P06-4011,bq | In our approach , <term> sentences </term> in a given <term> abstract </term> are analyzed and labeled with a specific <term> move </term> in light of various <term> rhetorical functions </term> . | #11729 In our approach, sentences in a given abstract are analyzed and labeled with a specificmove in light of various rhetorical functions. |
| other,21-2-P06-4011,bq | In our approach , <term> sentences </term> in a given <term> abstract </term> are analyzed and labeled with a specific <term> move </term> in light of various <term> rhetorical functions </term> . | #11734 In our approach, sentences in a given abstract are analyzed and labeled with a specific move in light of variousrhetorical functions. |
| other,9-3-P06-4011,bq | The method involves automatically gathering a large number of <term> abstracts </term> from the <term> Web </term> and building a <term> language model </term> of <term> abstract moves </term> . | #11746 The method involves automatically gathering a large number ofabstracts from the Web and building a language model of abstract moves. |
| other,12-3-P06-4011,bq | The method involves automatically gathering a large number of <term> abstracts </term> from the <term> Web </term> and building a <term> language model </term> of <term> abstract moves </term> . | #11749 The method involves automatically gathering a large number of abstracts from theWeb and building a language model of abstract moves. |
| model,16-3-P06-4011,bq | The method involves automatically gathering a large number of <term> abstracts </term> from the <term> Web </term> and building a <term> language model </term> of <term> abstract moves </term> . | #11753 The method involves automatically gathering a large number of abstracts from the Web and building alanguage model of abstract moves. |
| other,19-3-P06-4011,bq | The method involves automatically gathering a large number of <term> abstracts </term> from the <term> Web </term> and building a <term> language model </term> of <term> abstract moves </term> . | #11756 The method involves automatically gathering a large number of abstracts from the Web and building a language model ofabstract moves. |
| tech,5-4-P06-4011,bq | We also present a prototype <term> concordancer </term> , <term> CARE </term> , which exploits the <term> move-tagged abstracts </term> for <term> digital learning </term> . | #11764 We also present a prototypeconcordancer, CARE, which exploits the move-tagged abstracts for digital learning. |
| tool,7-4-P06-4011,bq | We also present a prototype <term> concordancer </term> , <term> CARE </term> , which exploits the <term> move-tagged abstracts </term> for <term> digital learning </term> . | #11766 We also present a prototype concordancer,CARE, which exploits the move-tagged abstracts for digital learning. |
| other,12-4-P06-4011,bq | We also present a prototype <term> concordancer </term> , <term> CARE </term> , which exploits the <term> move-tagged abstracts </term> for <term> digital learning </term> . | #11771 We also present a prototype concordancer, CARE, which exploits themove-tagged abstracts for digital learning. |
| other,15-4-P06-4011,bq | We also present a prototype <term> concordancer </term> , <term> CARE </term> , which exploits the <term> move-tagged abstracts </term> for <term> digital learning </term> . | #11774 We also present a prototype concordancer, CARE, which exploits the move-tagged abstracts fordigital learning. |
| tech,7-5-P06-4011,bq | This system provides a promising approach to <term> Web-based computer-assisted academic writing </term> . | #11784 This system provides a promising approach toWeb-based computer-assisted academic writing. |
