| P98-1070 | well-balanced translation units based on a | semantic distance calculation | . The splitting is performed |
| A94-1017 | Here , we briefly introduce the | semantic distance calculation | on an AM ( Associative Memory |
| C96-1070 | best-only substructures using | semantic distance calculations | . In this paper , we will first |
| A00-1006 | structural disambiguation using | semantic distance calculations | , in parallel with the derivation |
| P98-2141 | disambiguation of patterns by | semantic distance calculation | . Our scheme determines the best |
| P98-2141 | retain only one substructure in the | semantic distance calculation | in order to confirm the feasibility |
| W97-0109 | our purposes , we have based the | semantic distance calculation | on a combination of the path |
| P98-1070 | wellbalanced translation units based on a | semantic distance calculation | . The complete translation result |
| P98-1070 | structural disambiguation using | semantic distance calculations | , in parallel with the derivation |
| A94-1017 | increases . TDMT utilizes the | semantic distance calculation | proposed by Sumita and Iida ( |
| W97-0404 | from speech recognition results | semantic distance calculation | , and its application to speech |
| W09-3303 | exploited for some WordNet-based | semantic distances calculation | taking into account the depth |
| W98-0701 | any of the participants in the | semantic distance calculation | is a function ( derived from |
| C96-1070 | retains only one substructure using | semantic distance calculation | . The translation times are measured |
| P98-2141 | with head word-information using | semantic distance calculations | when combined incrementally with |
| C96-1070 | infbrination , which is used for | semantic distance calculation | when combining with other structures |
| A94-1017 | T801 Transputer ( 25 MHz ) . 3.2 | Semantic Distance Calculation | on APs As described in subsection |
