| C94-2173 | is expected to be stored in an | object-oriented database | \ -LSB- TIPSTER 92 \ -RSB- . |
| W97-1015 | extended functionality of deductive | object-oriented database | systems . Furthermore , the sophisticated |
| A97-1040 | language-independent schemas in an | object-oriented database | . Users can search the database |
| J93-3006 | individuation may be most important for | object-oriented databases | , but that application is not |
| W97-1015 | algorithms by making use of deductive | object-oriented database | func - tionality . The extensive |
| W91-0110 | PROLOG implementations and in | object-oriented database | systems is feasible . CONCLUSION |
| M92-1002 | built -LSB- 3 -RSB- . However , no | object-oriented database | system was developed using this |
| H93-1009 | The VOYAGER application uses an | object-oriented database | , although we have also accessed |
| J92-2002 | PROLOG implementations and in | object-oriented database | systems is necessary and will |
| W98-0205 | and stores output matrices in an | object-oriented database | for use by the Starlight visualization |
| J93-3006 | reference work for researchers in | object-oriented databases | and logic programming . Having |
| W06-2807 | with classes and objects , with | object-oriented databases | , as we can see in Ozone project |
| J92-2002 | the objects ( the data model of | object-oriented database | systems ) has always been more |
