| A88-1025 | details the actual process of | text generation | . Finally , we conclude with |
| A92-1006 | range of tasks associated with | text generation | , from content selection to morphological |
| C00-1069 | themselves be multilingual . The | text generation | tasks which are common to the |
| A97-1033 | creation of a knowledge source for | text generation | using information extraction |
| A00-3001 | interactions between or within other | text generation | modules . To generalise our claim |
| A92-1010 | KOMET/Penman is a domain-independent | text generation | system based on systemic-functional |
| A92-1010 | 3 . Input to the KOMET/Penman | text generation | system is given in terms of the |
| A92-1010 | information system SIC ! with the | text generation | capabilities of the Penman system |
| A88-1025 | strategic component ) , • a | text generation | module ( tactical component ) |
| A92-1006 | Usually , the different tasks of | text generation | are divided among two modules |
| A88-1005 | schemes described here are used for | text generation | ( not speech recognition ) in |
| A92-1003 | Upper Model used by the PENMAN | text generation | system -LSB- Bateman et al. , |
| A97-1039 | therefore most projects that use | text generation | do not include the realizer in |
| A92-1010 | , 5 Interfacing SIC ! with the | Text Generation | System To interface SIC ! with |
| A92-1006 | fully-implemented , application-oriented | text generation | system . Joyce covers the whole |
| A97-1039 | Fast and Portable Realizer for | Text Generation | Systems </title> Lavoie Rambow |
| A92-1010 | and Thiel , 1991 ) . • the | text generation | component KOMET/Penman ( Bateman |
| A92-1006 | SparcStation 1 . <title> Applied | Text Generation | * </title> Owen Rambow Tanya |
| A92-1006 | way to evaluate complete applied | text generation | systems , since there is no canonical |
| A94-1001 | evaluation component , ( 2 ) bilingual | text generation | , and ( 3 ) manipulation by users |
