![[x]](../../../icons/eks.png)
Murata, M. (2002). Principles of Schema Languages. In H. Maruyama (Ed.), XML and Java (2nd ed.) (pp. 592-601). Boston, MA: Pearson Education.
Properties of schema mashups: dynamicity, semantic, mixins, hyperschemas
Abstract
W3C XML Schemas specifications were published in 2001, but a large community still uses DTDs.
Perhaps they didn't adopt new schema technologies because they are still awaiting some missing features ?
What kind of feature would be useful to DTD users and schema practitioners ?
Let's transpose the buzzword "mashups" to schema technologies: mashups of several schema languages and mashups of schema languages with non-schema languages.
From this bazaar, we'll discuss some of the emerging features that could make what would be the next generation of schema languages:
dynamicity, semantic, mixins, and hyperschemas.
Properties of schema mashups: dynamicity, semantic, mixins, hyperschemas
Balisage: The Markup Conference 2008
August 12 - 15, 2008
The materials listed below were provided by the speaker as supplements to a
presentation at Balisage. These materials may include the slides or visuals used in the
presentation; supplementary material, such as code samples or a demonstration application;
and/or the paper accompanying the presentation (if it has not been provided in XML). These
materials have been zipped for easy download and are identified by a brief description of
the contents. The materials themselves are untouched
, that is, they
have not been tested or edited by Balisage: The Markup Conference or by Mulberry
Technologies, Inc. As such, they are included on this website AS IS
,
i.e., as provided by the speaker, with no warranties, express or otherwise, made by Balisage
or Mulberry.
Slides and Materials
Author's keywords for this paper: Schemas; Active Tags; Active Schema Language; Active Catalog; W3C XML Schema; Relx NG; Schematron; DTD; Hyperschema; data types
