| P14-1042 | information extrac - tion , systems upon | GR parsing | , such property merits attention |
| P14-1042 | at hand , we study data-driven | GR parsing | . Previous work on dependency |
| P14-1042 | transition-based , datadriven models for | GR parsing | . We present a novel transition |
| P14-1042 | Evaluation gauges how successful | GR parsing | for Chinese can be by applying |
| P14-1042 | better understanding of the Chinese | GR parsing | problem . Detailed analysis reveals |
| P14-1042 | , transition-based methods for | GR parsing | was stud - ied . A new formal |
| P14-1042 | Evaluation gauges how successful | GR parsing | for Chinese can be by applying |
| P05-1025 | investigating the use of other applicable | GR parsing | techniques . Finally , IPSyn |
| P14-1042 | systems does not resolve Chinese | GR parsing | well because the GR graphs are |
| P14-1042 | poses an essential challenge for | GR parsing | , namely , to find methods for |
| P14-1042 | efficiency . 3 Transition-based | GR Parsing | The availability of large-scale |
