@techreport{4156,
author       = {Geurts, J. P. T. M. and Bocconi, S. and van Ossenbruggen, J. R. and Hardman, L.},
title        = {Towards {Ontology-{Driven}} {Discourse}: {From} {Semantic} {Graphs} {To} {Multimedia} {Presentations}},
type         = {CWI Technical Report},
origin       = {other},
series       = {Information Systems [INS]},
pages        = {1 - 14},
year         = {2003},
number       = {INS-R-0305},
publisher    = {CWI},
issn         = {1386-3681},
size         = {14p.},
class        = {H.5.4;H.5.1;I.7.2},
group        = {INS2},
language     = {en},
abstract     = {Traditionally, research in applying Semantic Web technology to multimedia information systems has focused
 on using annotations and ontologies to improve the retrieval process. This paper concentrates on improving the presentation
 of the retrieval results. First, our approach uses ontological domain knowledge to select and organize the content relevant
 to the topic the user is interested in. Domain ontologies are valuable in the presentation generation process, because effective
 presentations are those that succeed in conveying the relevant domain semantics to the user. Explicit discourse and narrative
 knowledge allows selection of appropriate presentation genres and creation of narrative structures, which are used for conveying
 these domain relations. In addition, knowledge of graphic design and media characteristics is essential to transform abstract
 presentation structures in real multimedia presentations. Design knowledge determines how the semantics and presentation
 structure are expressed in the multimedia presentation. In traditional Web environments, this type of design knowledge remains
 implicit, hidden in style sheets and other document transformation code. Our second use of Semantic Web technology is to
 model design knowledge explicitly, and to let it drive the transformations needed to turn annotated media items into structured
 presentations.},
url          = {http://oai.cwi.nl/oai/asset/4156/04156D.pdf},
}

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