| D08-1050 | categories in the set used by the | CCG parser | . Supertagging was originally |
| D08-1050 | behaviours with regard to porting the | CCG parser | . 2 The CCG Parser The CCG parser |
| D09-1085 | Clark et al. ( 2004 ) evaluated a | CCG parser | on a small corpus of object extraction |
| C04-1041 | speeds we have reported for the | CCG parser | are an order of magnitude faster |
| C04-1180 | derivations produced by a wide-coverage | CCG parser | . Unlike the dependency structures |
| C04-1041 | supertagging in a wide-coverage | CCG parser | which uses a log-linear model |
| C04-1041 | result is an accurate wide-coverage | CCG parser | which is an order of magnitude |
| D09-1126 | used to train fast and accurate | CCG parsers | ( Clark and Curran , 2007 ) . |
| D10-1072 | model with a state-of-the-art | CCG parser | , potentially freeing the ranker |
| C04-1180 | Semantic Representations from a | CCG Parser | </title> Johan Bos Stephen Clark |
| C04-1180 | representations using a wide-coverage | CCG parser | , with a coverage of over 97 |
| C04-1041 | integrating a supertagger with a | CCG parser | , very fast parse times can be |
| D08-1050 | and question GR resources . The | CCG parser | is particularly well suited to |
| D08-1050 | parser . 2 The CCG Parser The | CCG parser | is described in detail in Clark |
| C04-1041 | constraints for a wide-coverage | CCG parser | . 4.2 Results ( Space Requirements |
| D08-1050 | for the newspaper version of the | CCG parser | are obtained from CCGbank ( Hocken |
| C04-1180 | Hockenmaier , 2003 ) . The existing | CCG parsers | deliver predicate argument structures |
| D10-1068 | train a model for the C&C | CCG parser | . In that case , however , the |
| C04-1180 | accurate , efficient and robust | CCG parsers | which can be used directly for |
| D08-1050 | upper bound when evaluating a | CCG parser | on GRs , since some loss is inherent |
