| W05-1608 | integration of moving in the course of | content-selection | will be an issue of future work |
| P99-1071 | quantitative evaluation of our | content-selection | com - ponent . In order to prevent |
| W05-1608 | associated with this entity . During | content-selection | , the property values of the |
| W96-0416 | preferences are then used to drive | content-selection | . We also plan to experiment |
| W05-1608 | discriminatory power . The incremental | content-selection | in our algorithm ( see Alg . |
| C04-1129 | paper , the emphasis of which is | content-selection | , rather than coherence . We |
| W05-1608 | specific domain . Therefore , the | content-selection | algorithm ( see Alg . 3.1 ) gets |
| W05-1608 | 2 we have to anchor multimodal | content-selection | into this context . The central |
| W93-0207 | include a second type of text plan . | Content-selection | plans correspond to subject-matter |
| N04-1015 | for manual analysis by learning | content-selection | rules from a collection of articles |
| C04-1129 | reference-generation task rather than a | content-selection | one , and implement a baseline |
| W10-2706 | ontologies with linguistic and | content-selection | resources and inter-operates |
| W05-1608 | be seen as a link between the | content-selection | algorithm and the spatial context |
| W05-1608 | synthesis for verbal utterances . | Content-selection | for complex demonstrations is |
| W08-1119 | on medically important events | Content-selection | in BT-45 is largely driven by |
| W05-1608 | and Reiter emphasise that their | content-selection | algorithm is defined domain independently |
| W05-1608 | In the course of our multimodal | content-selection | algorithm the generation of the |
| W10-4200 | A Discourse-Aware Graph-Based | Content-Selection | Framework . Seniz Demir , Sandra |
| C02-1128 | human author , typically using | content-selection | menus correlated with regions |
| P13-2138 | being selected over SALIENCY ( | content-selection | without visual information ) |
