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Semantic Wikis - Semantic MediaWiki

http://videolectures.net/eswc08_vrandecic_sw/ Semantic Wikis combine properties of wikis (ease of use, low technological barrier, collaboration, easy linking) with Semantic Web technologies (structuring of knowledge, linking with background knowledge models). Since 2005, when development on the first systems startet, Semantic Wikis have matured and are now in a state where they are increasingly deployed even in domains outside the Semantic Web community or even outside Computer Science. Reasons for this are that Semantic Wikis require no advanced knowledge and are thus usable also by laymen, and that Semantic Wikis provide immeadiate benefit over „Non-Semantic“ Wikis. In addition, Semantic Wikis are also an interesting testbed for the envisioned Semantic Web and associated technologies, as Wikis have structural similarities to the Web as a whole and hence share many of the potential chances and pitfalls.
Semantic Wikis combine properties of wikis (ease of use, low technological barrier, collaboration, easy linking) with Semantic Web technologies (structuring of knowledge, linking with background knowledge models). Since 2005, when development on the first systems startet, Semantic Wikis have matured and are now in a state where they are increasingly deployed even in domains outside the Semantic Web community or even outside Computer Science. Reasons for this are that Semantic Wikis require no advanced knowledge and are thus usable also by laymen, and that Semantic Wikis provide immeadiate benefit over „Non-Semantic“ Wikis. In addition, Semantic Wikis are also an interesting testbed for the envisioned Semantic Web and associated technologies, as Wikis have structural similarities to the Web as a whole and hence share many of the potential chances and pitfalls.

Semantic Wikis - Introduction to semantic wikis

http://videolectures.net/eswc08_dolog_sw/
http://videolectures.net/eswc08_schaffert_sw/ Semantic Wikis combine properties of wikis (ease of use, low technological barrier, collaboration, easy linking) with Semantic Web technologies (structuring of knowledge, linking with background knowledge models). Since 2005, when development on the first systems startet, Semantic Wikis have matured and are now in a state where they are increasingly deployed even in domains outside the Semantic Web community or even outside Computer Science. Reasons for this are that Semantic Wikis require no advanced knowledge and are thus usable also by laymen, and that Semantic Wikis provide immeadiate benefit over „Non-Semantic“ Wikis.

Semantic Wikis - IkeWiki - A Semantic Wiki for Collaborative Kno

SIMILE:About - SIMILE

SIMILE seeks to enhance inter-operability among digital assets, schemata/vocabularies/ontologies, metadata, and services. A key challenge is that the collections which must inter-operate are often distributed across individual, community, and institutional stores. We seek to be able to provide end-user services by drawing upon the assets, schemata/vocabularies/ontologies, and metadata held in such stores. SIMILE will leverage and extend DSpace , enhancing its support for arbitrary schemata and metadata, primarily though the application of RDF and semantic web techniques. http://simile.mit.edu/wiki/SIMILE:About
http://www.simile-widgets.org/exhibit/

SIMILE | Exhibit 2.0

Exhibit lets you easily create web pages with advanced text search and filtering functionalities, with interactive maps, timelines, and other visualizations like these:
If you use BibTex to manage your bibliography, you can import it directly. From the front page of Citeline, click the browse button and navigate to the BibTeX file you wish to import. Select the file, and click “Make your Exhibit.” For more information on how to get a BibTeX file, see Where do I get a BibTeX file? in the Citeline FAQ . http://simile.mit.edu/wiki/Citeline_User%27s_Guide#Importing_your_publication_list_into_Citeline

Citeline User's Guide - SIMILE

SIMILE Project

http://simile.mit.edu/ S IMILE was focused on developing robust, open source tools that empower users to access, manage, visualize and reuse digital assets. Learn more about the SIMILE project. A web-based highly-configurable faceted browser for RDF datasets. An extension to the Firefox Web browser that turns it into a Semantic Web browser letting you make use of existing information on the Web in more useful and flexible ways not offered by the original Web sites. An inspector for large quantities of XML data and it's useful for useful in situations like exploration, migration, cleanup, evaluation schema emergence.