GRDDL glaner des descriptions de ressources dans les dialectes des langages. Note de groupe de travail du W3C du 28 juin 2007 Cette version : Dernière version : Version précédente : Rédacteurs : Harry Halpin, University of Edinburgh Ian Davis, Talis Auteurs et contributeurs : Cf. la section Remerciements Copyright © 2006-2007 W3C® (MIT, ERCIM, Keio), All Rights Reserved.
Comment faire pour publier données liées sur le Web? Voici la traduction française complète du tutoriel How to Publish Linked Data on the Web publié par Chris Bizer (Web-based Systems Group, Freie Universität Berlin, Germany), Richard Cyganiak (Web-based Systems Group, Freie Universität Berlin, Germany) et Tom Heath (Knowledge Media Institute, The Open University, Milton Keynes, UK).
Ce document explique la façon de publier des données liées sur le Web. Après un aperçu général de la notion de données liées, plusieurs recettes pratiques sont présentées pour la publication d’information sous forme de données liées sur le Web. Il reste encore 3 annexes dans le tutoriel dont la traduction suivra. Résumé Ce document fournit un tutoriel sur la façon de publier des données liées sur le Web. 1 – Introduction : les données liées sur le Web L’objectif des données liées est de permettre aux gens de partager des données structurées sur le Web aussi facilement qu’ils peuvent partager des documents d’aujourd’hui. 2 – Principes de base. Raptor RDF Parser Toolkit for Redland. Latest version: 2.0.13 (2013-01-29) Download: raptor2-2.0.13.tar.gz Fix configure not finding curl when curl-config --cflags is emptyFixed reported issue: 0000562.
See the Raptor2 2.0.13 Release Notes for the full details of the changes. Overview Raptor is a free software / Open Source C library that provides a set of parsers and serializers that generate Resource Description Framework (RDF) triples by parsing syntaxes or serialize the triples into a syntax. Raptor was designed to work closely with the Redland RDF library (RDF Parser Toolkit for Redland) but is entirely separate. A summary of the changes can be found in the NEWS file, detailed API changes in the release notes and file-by-file changes in the ChangeLog.
Details of upgrading from Raptor 1 as described in the Upgrading document. Known bugs and issues are recorded in the Redland issue tracker. Parsers RDF/XML Parser A Parser for the standard RDF/XML syntax. N-Quads Parser N-Triples Parser Turtle Parser. RDF and RDFS Editing. RDF-Gravity. Sunil Goyal, Rupert Westenthaler {sgoyal, rwestenthaler}@salzburgresearch.at Salzburg Research, Austria RDF Gravity is a tool for visualising RDF/OWL Graphs/ ontologies.
Its main features are: Graph VisualizationGlobal and Local Filters (enabling specific views on a graph) Full text SearchGenerating views from RDQL QueriesVisualising multiple RDF files RDF Gravity is implemented by using the JUNG Graph API and Jena semantic web toolkit. Figure 1: Screenshot of RDF-Gravity, showing a part of Wine Ontology 1 Graph Visualisation RDF Gravity defines a visualization package on top of the JUNG Graph API. Configurable renderers for edges and nodes of a graph, including different node shapes and edge decorations etc.A Renderer Factory allowing the configuration of the above node and edge renderers based on the type of an edge or node. For graph layout, it uses the layout algorithms directly supported by the Jung API. 2 Global & Local Filters 3 Full Text Search.
SIREn: Semantic Information Retrieval Engine. Ping the Semantic Web.com - Share your RDF data with the World! SemanticWebTools - ESW Wiki. REDIRECT New SemanticWiki Tools Page As of 12:50, 14 January 2010, this page is no longer maintained and should not be changed.
The content has been transferred to (Changes made here after the above date may not be reflected on the new page!) Please consult and possibly modify that page. Table of Contents: This page contains the information on RDF and OWL tools that used to be listed on the home pages of the RDF and OWL Working Groups at W3C. This Wiki page is only for programming and development tools. There are other pages on tool collection, largely overlapping with this, but possibly with a different granularity or emphasis.
There are also separate pages maintained on this Wiki for: SPARQL implementations, set up by the SPARQL Working Group (although most of the information is present on this page, too) SPARQL "endpoints", examples of using SPARQL in exposing various data. Adobe's XMP Altova's SemanticWorks Amilcare Arity's LexiLink Asio Cerebra Server ClioPatria system CMap COE Cypher Eyeball Rej. Triplr Conversion de formats rdf. How... can I use it?
Think of a input URI that has some RDF syntax content, or some microformat that Raptor can understand via GRDDL. Remove from the start. Think of the output format you want from this list: