This page explores the idea of encoding URIs/IRIs in audio, eg. computed melodies or synthetic birdsong. It can be considered a form of audio steganography, or a kind of aesthetically pleasing but very slow modem. Unlike modems and much steganography, the payload is pretty small.
Mais en RDF, contrairement à XML, chaque triplet est indépendant et signifiant indépendamment de tout contexte, ce qui signifie que je peux tout à fait utiliser pour décrire la même ressource des propriétés du Dublin Core et d'autres propriétés, venant d'autres vocabulaires ou ontologies.
RDFa, en s'appuyant sur RDF, permet la réutilisation de tous les vocabulaires existants, ainsi que les ressources déjà disponibles.
This ontology aims at providing a simple vocabulary for describing programmes. It covers brands, series (seasons), episodes, broadcast events, broadcast services, etc. Its development was funded by the BBC, and is heavily grounded on previous programmes data modelling work done there. This documentation page is a first draft. All feedback on either the ontology or this page is welcomed! Feel free to email the authors mentioned aboved. The design and layout of this ontology document is based on the Music Ontology and FOAF Vocabulary specification documents, and was generated using the following hand-tuned onto_spec.pl SWI-Prolog script and HTML templates.
mopy is the Music Ontology Python library, designed to provide easy to use python bindings for Music Ontology terms for the creation and manipulation of Music Ontology data.
chaque point de l'espace devient le centre de tout. Nous allons du village global (se faire connaître à tous) vers l'univers local (tout l'espace en tous les points de ce même espace). Trou noir.If I keep adding to the query for each other site, presumably the only person in common across all accounts will be …. me.
The Facebook Foaf generator is part of a wider research aim to integrate social identities from web 2.0 style social networking sites. The main problem with information integration from various different sources is the issue of different data formats.
In working with semantic web triples, Turtle is much easier to work with than rdf/xml. The lack of syntax highlighting has been a problem. I didn't find any good solutions so I offer these two tools up for public consumption.
One conclusion is that people can easily be confused by the multiple meanings and synonyms that words can have, as well as by complex sentence structures. But if we look closer at the users of technical information, we can also conclude that in today's world of globalization our audience has changed, and we need to adapt to that.
des questions et reponses a propos de SPARQL
Semantic indexing is our name for a family of techniques for searching and organizing large data collections. The goal of semantic indexing is to find patterns in unstructured data (documents without descriptors such as keywords or special tags) and use those patterns to offer more effective search and categorization services.
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My friends at Dubberly Design Office (DDO) have just posted a small sample of concept maps they’ve designed within the last 7 years. Each map takes a difficult—almost mystical—subject and attempts to rigorously map out its many complexities and relationships.
This is summarized simply by saying "The World is a Graph". The world can just be described holistically as consisting of objects and relations between those objects. Take any object in the world, you will be able to reach any other object by following relations stemming from it. Make that type of object the root of your graph, and you have an xml format.
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An example of how I use the vCard ontology and all this XML+RDF stuff.
Following much discussion and research, this module exposes the concept of 'triples', as used throughout the RDF metadata initiatives and standards. An understanding of the RDF syntax is NOT required to make use of this module, although it becomes quit
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]]>a few tools in sed and sh for generatin web gallery with RDF comments extraction.
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