| W14-4202 | the Triplet/Quadruplet Model to | Korean parsing | in Section 4.3 . 4.1 Restriction |
| W14-4202 | Japanese parsing is suitable for | Korean parsing | . 6.2 Results of bilingual transfer |
| W10-1406 | theoretical difficulties with | Korean parsing | with which we began the paper |
| W10-3219 | irules and KRG2 . That implies | Korean parsing | largely depends on richness of |
| W14-4202 | characteristics , which we apply to | Korean parsing | . 4 Triplet/Quadruplet Model |
| W10-1406 | Factors Affecting the Accuracy of | Korean Parsing | </title> Post Abstract We investigate |
| W14-4202 | Model and the Japanese corpus help | Korean parsing | . Eojeol e2 has three modification |
| J14-2001 | tedious . Empirical Case Study : | Korean Parsing | . In Korean , white-space-separated |
| W14-4202 | the Triplet/Quadruplet Model for | Korean parsing | as done in our work . They reported |
| W04-3207 | morphological analysis . § 4 presents | Korean parsing | results with various monolingual |
| W14-4202 | to train the Korean model . 6.1 | Korean parsing | using the Triplet/Quadruplet |
| W04-3207 | separately trained models for | Korean parsing | , English dependency parsing |
| W14-4202 | first row shows the accuracies of | Korean parsing | when the models were trained |
| W10-1406 | results in this table . First , | Korean parsing | accuracy is much lower than English |
| W14-4202 | morphologically-rich language , many efforts for | Korean parsing | have focused on automatically |
