| W09-1204 | Syntactic Dependency Features A | HPSG derivation | is a tree structure . The internal |
| P11-3011 | features concerning the preliminary | HPSG derivation | in the actual state of the transition |
| P11-3011 | oracle decisions lead to an invalid | HPSG derivation | . All UNIT and PASSIVE transitions |
| P03-2003 | efficiency of HPSG , performing | HPSG derivations | at compile time . Such compilation |
| C04-1204 | annotated with partially specified | HPSG derivations | using heuristic rules . By inversely |
| W06-1661 | this is the case where multiple | HPSG derivations | for the same input semantics |
| C04-1204 | accuracy attained when correct | HPSG derivations | are given . That is , it represents |
| D11-1037 | desired input . In addition to | HPSG derivation | trees , Enju also pro- The evaluation |
| C04-1204 | annotate partial specifications on an | HPSG derivation | ( the middle ) . Then , HPSG |
| P11-3011 | derivations are guaranteed to be a valid | HPSG derivation | . Baseline backtracking yields |
| C04-1204 | , we can also obtain complete | HPSG derivation | trees , i.e. , an HPSG tree - |
| P11-3011 | the sentence . 7r represents the | HPSG derivation | of the sentence ) Derivation |
| W07-1204 | syntactic features defined over | HPSG derivation | trees as summarized in Table |
| S14-2056 | representations that correspond to | HPSG derivations | . Its probabilistic model for |
| W09-4101 | offers an abbreviated view over the | HPSG derivation | while hiding the detailed typed |
| P11-3011 | incrementally builds a syntactic/semantic | HPSG derivation | defined by LinGO English Resource |
| D11-1037 | tokenization to each parser , | HPSG derivations | , and the annotation is enriched |
| P05-2024 | Figure 1 shows an example of an | HPSG derivation | of a Japanese sentence ` kare |
| P09-1043 | Extracting Dependency Backbone from | HPSG Derivation | Tree Given a sentence , each |
| J12-2005 | single syntactic representation -- | HPSG derivation | trees , as depicted in Figure |
