| W09-3828 | suggest an effective strategy for | parser improvement | . 5.3 Combination of the two |
| P06-1043 | comparatively recent techniques for | parser improvement | . The first of these , parse-reranking |
| D09-1121 | will explore rewarding ways for | parser improvements | . Acknowledgments This work was |
| H89-1009 | sentences per hour . A main thrust in | parser improvement | was the idea of using the data |
| D08-1050 | newspaper and biomedical data . The | parser improvement | was due solely to the new POS |
| D11-1138 | ) dependency leads to general | parser improvements | . 4.3 Average Arc Length Score |
| Q15-1003 | suggests that it benefits more from | parser improvements | compared to the local models |
| Q14-1026 | improvements lead directly to | parser improvements | . We identify two cases where |
| D09-1121 | would bring us useful clues for | parser improvements | . In our future work , we will |
| D09-1121 | could suggest some policy for | parser improvements | . 4.3 Combination of two approaches |
| W09-2608 | Wikipedia documents . Data-driven | parser improvement | is especially important for applications |
| W09-3829 | clustering approach for cross-framework | parser improvement | , since the clusters were derived |
| P07-1078 | offers a potential direction for | parser improvement | , since the quality of a parser-reranker |
