Data on the Semantic Web is semi-structured and does not follow one fixed schema. Faceted browsing is a natural technique for navigating such data, partitioning the information space into orthogonal conceptual dimensions. Current faceted interfaces are ma
From legacy relational databases to the semantic web, the China Academy of Traditional Chinese Medicine (CATCM), where over 70 legacy relational databases are semantically interconnected by an ontology with over 70 classes and 800 properties, providing in
The goal of the SWS Challenge is to develop a common understanding of various technologies intended to facilitate the automation of mediation, choreography and discovery for Web Services using semantic annotations. The intent of this challenge is to explo
The Semantic Web, where machines are able to read the contents of documents as readily as people can, now has all the standards and technologies it needs to succeed, according to W3C director Tim Berners-Lee. Speaking at the World Wide Web 2006 conferen
"The idea is to help computers become learning machines, not just pattern matchers and calculators"..."This is the first non-sarcastic reference to Web 3.0 I’ve seen in the wild”
In this article, I will discuss how RSS 1.0 and its taxonomy module can be used as a central format to carry metadata collected in a classical news format, such as XMLNews-Story, to RDF or relational databases and XML Topic Maps. Readers should have basic
Business management, government management, and military defense management...This illustration charts uses of the predicted "semantic web" by enterprise and government.
The Semantic Technology Conference (SemTech) enters its third year as the pre-eminent meeting place for the growing community of developers, entrepreneurs, technology architects and researchers who are building software and systems based on semantic techn
Downloadable articles and audio files from the 2006 Semantic Technology Conference held in San Jose, CA. Material is geared toward enterprise and business use of semantic web technologies, although not limited to that topic.
Not long after he invented and unleashed the World Wide Web, Tim Berners-Lee realized that the limit to the effectiveness of the World Wide Web would be that while billions of documents could be linked and indexed, they relied on human interpretation to d
Semantic technologies have become central to a broad range of research and development initiatives. This diagram visualizes the intersections of four major development themes in the semantic wave: networking (e.g., semantic web, grid & p2p), content (e.g.
The Semantic Web is a project to create a universal medium for information exchange by putting documents with computer-processable meaning (semantics) on the World Wide Web.
Web Ontology Language (OWL) is a markup language for publishing and sharing data using ontologies on the Internet. OWL is a vocabulary extension of the Resource Description Framework (RDF) and is derived from the DAML+OIL Web Ontology Language (see also D
I will discuss how RSS and its taxonomy module can be used as a central format to carry metadata collected in a classical news format, such as XMLNews-Story, to RDF or relational databases and XML Topic Maps. Readers should have basic familiarity with RSS
Topics include: Merging Results from Independent SPARQL Queries, Home from SWAP2006, DBin for Power Users to Create Discussion Groups, Use of URIs for Naming, Another Cool Thing About GRDDL, XQuery and RDF, Dark Side of the Semantic Web, CSS in RDF+, QOT
The challenge that the Yahoos and Microsofts of the world have is that they are still beholden to the older corporate model of the world, and tend to denigrate their user generated content as being so much fluff. Thus when the Web 2.0 explosion occurred,
We have a limited “Semantic Web” appearing without the complex technologies that have been developed for it. Will the trend continue? Can it, using existing technologies, or will developers eventually ‘find’ RDF, OWL and SPARQL? Should the appeara
Abstract from downloadable PDF: Data on the Semantic Web is semi-structured and does not follow one fixed schema. Faceted browsing is a natural technique for navigating such data, partitioning the information space into orthogonal conceptual dimensions.