| P06-2107 | . The most common statistical | decoder algorithms | use the concept of partial translation |
| W97-0301 | be much simpler than the stack | decoder algorithm | outlined in ( Magerman , 1995 |
| W07-0414 | oracle scores . The presented BLEU | decoder algorithms | can be useful in many ways : |
| E14-1018 | some of the input tokens . The | decoder algorithm | needs to find out the correct |
| H92-1082 | <title> An Efficient A * Stack | Decoder Algorithm | for Continuous Speech Recognition |
| P98-1108 | all of the cases or use a stack | decoder algorithm | ( Jelinek 1969 ; Paul 1991 ) |
| H90-1087 | alternative , implemented a Stack | Decoder algorithm | . The Stack Decoder can potentially |
| P06-2107 | described in this article . A new | decoder algorithm | for interactive search is also |
| W15-4005 | at a certain dimensionality the | decoder algorithm | ( combining feature scores using |
| H92-1082 | 6 \ -RSB- . An efficient stack | decoder algorithm | which can be used with cross-word |
| H92-1082 | language-model using the stack | decoder algorithm | . <title> apos ; Fable 5 : Evaluation |
| H92-1109 | development of an efficient stack | decoder algorithm | for large-vocabulary CSR ; ( |
| H92-1082 | decoder , the near-optimal stack | decoder algorithm | appears to be the most efficient |
