| C94-1033 | analysis involves a large number of | dictionary accesses | . The standard technique for |
| J87-3002 | They all make use of an efficient | dictionary access | system which services requests |
| A97-1048 | window . There is also a CD-ROM | dictionary access | function , making translation |
| A97-1048 | expressions . A CD-ROM online | dictionary accessing | function is also provided to |
| C94-1033 | number of long words in a text . 4 | Dictionary access | The algorithm for consulting |
| J87-3003 | Dictionary data is stored in a | Dictionary Access | Method ( DAM ) file , from which |
| A97-1048 | inflection selection and CD-ROM | dictionary access | . When the user find an appropriate |
| A97-1020 | analysis and disambiguation , | dictionary access | , and ( indexed ) corpora search |
| E85-1025 | have implemented an efficient | dictionary access | system which services requests |
| J87-3001 | selection of entries provided by the | dictionary access | system . Only a few of these |
| C90-3060 | inflectional endings is embedded in the | dictionary access | . A word form entry contains |
| C94-1035 | a constant and tile number of | dictionary accesses | is highly reduced . The previous |
| J87-3003 | when we apply them . DAM . The | Dictionary Access | Method ( Byrd , et al. ( 1986b |
| J85-1003 | quasi-perfect hash-coding scheme . SYGMOR | dictionary access | relies on dichotomy for the lexical |
| E87-1011 | computerised LDOCE , we need a | dictionary access | system with proper DBMS functionality |
| H93-1115 | ineluding a Japanese emacs editor and | dictionary access | intertgce . In other work , the |
| A88-1012 | . The files are managed by the | Dictionary Access | Method ( DAM ) , described in |
| C94-1033 | position in tile input sentence , | dictionary access | is tried from all the positions |
| C94-1035 | constant , and tim nulnber of | dictionary accesses | is highly reduced using tile |
| J87-3002 | made by client pro- grams . A | dictionary access | process is fired off , which |
