| tech,6-4-H92-1016,bq | error for the entire <term> spoken language | system | </term> on the same <term> test set </term> is | #18785 The weighted error for the entire spoken language system on the same test set is 49.3%. |
| tool,11-1-H92-1017,bq | <term> Paramax spoken language understanding | system | </term> : <term> non-monotonic reasoning </term> | #18822 This paper describes three relatively domain-independent capabilities recently added to the Paramax spoken language understanding system: non-monotonic reasoning, implicit reference resolution, and database query paraphrase. |
| tool,7-1-H92-1060,bq | ATIS ( Air Travel Information Service ) | system | </term> , which allows it to answer a <term> | #19348 This paper describes an extension to the MIT ATIS (Air Travel Information Service) system, which allows it to answer a question when a full linguistic analysis fails. |
| tool,9-6-H92-1060,bq | report here on the performance of the <term> | system | </term> on the <term> February '92 test sentences | #19507 We also report here on the performance of thesystem on the February '92 test sentences, and discuss some issues with regard to the evaluation methodology. |
| tech,9-7-A94-1007,bq | incorporated into the <term> English-Japanese MT | system | </term> , and provided about 75 % <term> accuracy | #19869 This model was practically implemented and incorporated into the English-Japanese MT system, and provided about 75% accuracy in the practical translation use. |
| </term> , resp . We present <term> LHIP </term> , a | system | for <term> incremental grammar development | #21102 We present LHIP, a system for incremental grammar development using an extended DCG formalism. | |
| <term> extended DCG formalism </term> . The | system | uses a robust <term> island-based parsing | #21114 The system uses a robust island-based parsing method controlled by user-defined performance thresholds. | |
| tool,34-1-C94-2151,bq | in a similar fashion to the <term> SYSCONJ | system | </term> developed for <term> ATNs </term> . This | #21162 Despite the large amount of theoretical work done on non-constituent coordination during the last two decades, many computational systems still treat coordination using adapted parsing strategies, in a similar fashion to the SYSCONJ system developed for ATNs. |
| lr,2-4-H94-1014,bq | corpus </term> . Using the <term> BU recognition | system | </term> , experiments show a 7 % improvement | #21267 Using the BU recognition system, experiments show a 7% improvement in recognition accuracy with the mixture trigram models as compared to using a trigram model. |
| understanding technology </term> is implemented in a | system | called <term> IDUS ( Intelligent Document | #21396 Our document understanding technology is implemented in a system called IDUS (Intelligent Document Understanding System), which creates the data for a text retrieval application and the automatic generation of hypertext links. |
