@incollection{11351,
author       = {van Ossenbruggen, J. R. and Geurts, J. P. T. M. and Cornelissen, F. J. and Rutledge, L. and Hardman, L.},
title        = {Towards {Second} {And} {Third} {Generation} {Web-{Based}} {Multimedia}},
booktitle    = {International World Wide Web Conference (WWW2001)},
pages        = {479 - 488},
year         = {2001},
month        = {May},
publisher    = {ACM Press},
size         = {10p.},
group        = {INS2},
language     = {en},
abstract     = {First generation Web-content encodes information in handwritten (HTML) Web pages. Second generation Web content
 generates HTML pages on demand, e.g. by filling in templates with content retrieved dynamically from a database or transformation
 of structured documents using style sheets (e.g. XSLT). Third generation Web pages will make use of rich markup (e.g. XML)
 along with metadata (e.g. RDF) schemes to make the content not only machine readable but also machine processable - a necessary
 pre-requisite to the emphSemantic Web. While text-based content on the Web is already rapidly approaching the third generation,
 multimedia content is still trying to catch up with second generation techniques. Multimedia document processing has a number
 of fundamentally different requirements from text which make it more difficult to incorporate within the document processing
 chain. In particular, multimedia transformation uses different document and presentation abstractions, its formatting rules
 cannot be based on text-flow, it requires feedback from the formatting back-end and is hard to describe in the functional
 style of current style languages. We state the requirements for second generation processing of multimedia and describe
 how these have been incorporated in our prototype multimedia document transformation environment, emphCuypers. The system
 overcomes a number of the restrictions of the text-flow based tool sets by integrating a number of conceptually distinct
 processing steps in a single runtime execution environment. We describe the need for these different processing steps and
 describe them in turn (semantic structure, communicative device, qualitative constraints, quantitative constraints, final
 form presentation), and illustrate our approach by means of an example. We conclude by discussing the models and techniques
 required for the creation of third generation multimedia content. },
url          = {http://oai.cwi.nl/oai/asset/11351/11351C.pdf},
url          = {http://doi.acm.org/10.1145/371920.372143},
}

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