| A00-1022 | selected category is stored in the | ICC-MAIL | database for use in future learning |
| A00-1022 | will be given in Section 4 The | ICC-MAIL | architecture is shown in Figure |
| A00-1022 | new categories must be fed into | ICC-MAIL | by a " knowledge engineer " , |
| A00-1022 | A closer look at the data the | ICC-MAIL | system is processing will clarify |
| A00-1022 | that is stored in a dedicated | ICC-MAIL | database ( not shown in Figure |
| A00-1022 | reads in an e-mail and starts | ICC-MAIL | using GUI buttons . She verifies |
| A00-1022 | project with German Telekom , the | ICC-MAIL | technology will be extended to |
| A00-1022 | , but not improve on it . With | ICC-MAIL | , the performance of an experienced |
| A00-1022 | . It is implemented within the | ICC-MAIL | system , which is an assistance |
| A00-1022 | combining both methodologies in | ICC-MAIL | , we achieve high accuracy and |
| A00-1022 | agents to connect as clients to the | ICC-MAIL | server , which implements the |
| A00-1022 | steps . Other features of the | ICC-MAIL | client module include a spell |
| A00-1022 | a straightforward extension of | ICC-MAIL | can provide this functionality |
| A00-1022 | overall performance of 73 % since | ICC-MAIL | processes only 94 % of the incoming |
| A00-1022 | yet . The optimum performance of | ICC-MAIL | can be achieved only with a well-maintained |
| A00-1022 | destinations . from the database . The | ICC-MAIL | client had to provide the functionality |
| A00-1022 | describe the integration of the | ICC-MAIL | system into the workflow of the |
| A00-1022 | . The current accuracy of the | ICC-MAIL | system is 78 % ( correct solution |
| A00-1022 | center envisaged the use of the | ICC-MAIL | system as a mail tool only , |
| A00-1022 | is found to be adequate , the | ICC-MAIL | tool can still be used to manually |
