| W97-0320 | well . We investigate performing | temporal reference resolution | directly , without also attempting |
| W97-0320 | section presents our algorithm for | temporal reference resolution | . After a brief overview , the |
| C94-2186 | twofold contribution to research on | temporal reference resolution | . First , an account of the role |
| W97-0320 | an empirical investigation of | temporal reference resolution | in scheduling dialogs . The algorithm |
| W99-0111 | tion , in particular pronoun and | temporal reference resolution | , is well recognised . However |
| C94-2186 | ) with Copy is crucial for the | temporal reference resolution | . Assume that * obj ~ is identified |
| W07-0305 | application back-end , database access , | temporal reference resolution | agent ) . Language generation |
| N07-2003 | model classes , lexicon , etc. ) | Temporal reference resolution | agent . Apart from the database |
| W97-0320 | targeted in this work . A model of | temporal reference resolution | in scheduling dialogs was presented |
| W97-0320 | <title> An Empirical Approach to | Temporal Reference Resolution | </title> Janyce Wiebe Tom O'Hara |
| W07-0305 | input-and-output interface , and a | temporal reference resolution | agent that translates complex |
| W97-0320 | reliability study , a model of | temporal reference resolution | that supports linear recency |
| C94-2186 | expressions and have proposed models for | temporal reference resolution | ( Hinrichs 1986 ; Hwang and Schubert |
| W97-0320 | thirty seem to you An example of | temporal reference resolution | is that ( 2 ) refers to 2-4pm |
