| H01-1018 | experiments on portability of a | speechto-speech translation | system between semantic domains |
| P97-1046 | of experimental prototypes for | speechto-speech translation | . In the case of text translation |
| E97-1046 | of experimental prototypes for | speechto-speech translation | . In the case of text translation |
| W02-0706 | systems have been implemented for | speechto-speech translation | based on SFSTs . Some of them |
| N03-4015 | demonstration involves two-way automatic | speechto-speech translation | on a consumer off-the-shelf PDA |
| N07-1001 | automatic prosody labeler in a | speechto-speech translation | framework . Typically , stateof-the-art |
| W03-0311 | promising translation method for | speechto-speech translation | because of its robust - ness |
| E03-1048 | high-quality translation subsystem for a | speechto-speech translation | system . This paper introduces |
| W02-0714 | state-of-the-art front-ends for multilingual | speechto-speech translation | systems apply monolingual speech |
| P98-1103 | multilingual applications , like | speechto-speech translation | systems , the semantic content |
| D15-1085 | a component in a bidirectional | speechto-speech translation | system for English to/from Iraqi |
| W06-3703 | requirements to enable pervasive | speechto-speech translation | ( Zhang , 2003 ) . Most recently |
| H93-1041 | speaker independent multi-lingual | speechto-speech translation | system under development at Carnegie |
| H01-1007 | three types of data transfer . | Speechto-speech translation | of the utterances captured by |
| W02-0700 | presentation at the ACL02 Workshop on | Speechto-Speech Translation | , held at the University of Philadelphia |
| W97-0606 | implemented research prototype of the | speechto-speech translation | system VERBMOBIL ( Bub and Schwinn |
| A97-1007 | implemented research prototype of the | speechto-speech translation | system VERBMOBIL ( Wahlster , |
