| W03-0705 | be used to also model simpler | finite-state dialogues | . TRINDIKit ( TRINDI 2002 ) is |
| H01-1023 | more flexibly than conventional | finite-state dialogue | control networks . It works in |
| W05-0102 | seem to be port for the design of | finite-state dialogue | models . to devise resources |
| A00-2029 | text-to-speech , a phone interface , a | finite-state dialogue | manager , and application functions |
| P01-1048 | , and modules for specifying a | finite-state dialogue | manager , and application functions |
| N04-3002 | ( Jordan et al. , 2003 ) , and | finite-state dialogue | management ( Ros ´ e et |
| C04-1049 | inherits all limitations inherent in | finite-state dialogue | ; applications having to do e.g. |
| C04-1049 | proprietary framework for defining | finite-state dialogues | ( McTear , 2002 ) . It has a |
| W03-0205 | Makatchev et al. , 2002 ) , and a | finite-state dialogue | manager ( Ros ´ e et al. |
| W11-2024 | However , during run-time , a | finite-state dialogue | manager consisting of 142 states |
