| P00-1016 | The quantitative results of the | rule-writing | experiments are presented in |
| P00-1016 | investigate the costs of a human | rule-writing | system , we used a similar framework |
| W90-0123 | of an RG generator is the GEAR | rule-writing | language . GEAR permits a grammar |
| P13-1057 | effective . While we do not explore a | rule-writing | approach to POS-tagging , we |
| J80-3001 | and illustrates the process of | rule-writing | using several paragraphs from |
| P13-1057 | investigated the effectiveness of | rule-writing | versus annotation ( us - ing |
| P83-1018 | plus natural constraints on the | rule-writing | vocabulary of grammars . The |
| H89-2008 | context-dependent models . The | rule-writing | process is also straight - forward |
| W00-0722 | order to ease and improve the | rule-writing | process , these symbols are replaced |
| P00-1016 | active-learning based annotation rather than | rule-writing | to develop base noun phrase chunkers |
| P01-1035 | Combination Combination of ( manual ) | rule-writing | and statistical learning has |
| C90-3003 | inability of the standard generatire | rule-writing | mechanism to specify the interrelationship |
| M93-1021 | advantageous ( both in terms of | rule-writing | convenience and processing speed |
| P98-2146 | example , uses special purpose | rule-writing | formalisms for each of its morphological |
| P15-4022 | approaches , but also showed that | rule-writing | is a labor intensive process |
| M98-1005 | great amount of control in the | rule-writing | process it had obvious limitations |
| M95-1016 | moment . Our three-week flurry of | rule-writing | simply didn ' t cope . In addition |
| W05-0302 | i.e. , there are well-defined | rule-writing | languages , subsumption and unification |
| J80-3001 | give a flavor for the process of | rule-writing | , and linguistic precision is |
| P83-1018 | rather natural one . ( 3 ) The | rule-writing | vocabulary of the grammar can |
