ResearchSpace Welcome to the Bibliographic Ontology Website | The Bibliographic Ontology Getting Started - schema.org Most webmasters are familiar with HTML tags on their pages. Usually, HTML tags tell the browser how to display the information included in the tag. For example, <h1>Avatar</h1> tells the browser to display the text string "Avatar" in a heading 1 format. However, the HTML tag doesn't give any information about what that text string means—"Avatar" could refer to the hugely successful 3D movie, or it could refer to a type of profile picture—and this can make it more difficult for search engines to intelligently display relevant content to a user. Schema.org provides a collection of shared vocabularies webmasters can use to mark up their pages in ways that can be understood by the major search engines: Google, Microsoft, Yandex and Yahoo! 1. 1a. Your web pages have an underlying meaning that people understand when they read the web pages. 1b. itemscope and itemtype Let's start with a concrete example. To begin, identify the section of the page that is "about" the movie Avatar. Back to top 1d.
Report on Persistent Identifiers [CERL] Hans-Werner Hilse and Jochen Kothe, Implementing Persistent Identifiers: Overview of concepts, guidelines and recommendations. London / Amsterdam: Consortium of European Libraries and European Commission on Preservation and Access, 2006. ISBN 90-6984-508-3. Download PDF version (persistent identifier): Traditionally, references to web content have been made by using URL hyperlinks. The report explains the principle of persistent identifiers and helps institutions decide which scheme would best fit their needs. The report was written by the Research and Development Department of the Goettingen State and University Library (Niedersächsische Staats- und Universitätsbibliothek Göttingen) at the request of the Advisory Task Group (ATG) of the Consortium of European Research Libraries.
SKOS Simple Knowledge Organization System - home page SKOS is an area of work developing specifications and standards to support the use of knowledge organization systems (KOS) such as thesauri, classification schemes, subject heading lists and taxonomies within the framework of the Semantic Web ... [read more] Alignment between SKOS and new ISO 25964 thesaurus standard (2012-12-13) ISO 25964-1, published in 2011, replaced the previous thesaurus standards ISO 2788 and ISO 5964 (both now withdrawn). From Chaos, Order: SKOS Recommendation Helps Organize Knowledge (2009-08-18) Today W3C announces a new standard that builds a bridge between the world of knowledge organization systems - including thesauri, classifications, subject headings, taxonomies, and folksonomies - and the linked data community, bringing benefits to both. Call for Review: SKOS Reference Proposed Recommendation (2009-06-15) The Semantic Web Deployment Working Group has published the Proposed Recommendation of SKOS Simple Knowledge Organization System Reference.
Dewey Web Services For a long time, the Dewey team at OCLC has wanted to do something with Linked Data. That is, apply Linked Data principles to parts of the Dewey Decimal Classification and present the data as a small “terminology service.” The service should respond to regular HTTP requests with either a machine- or a human-readable presentation of Dewey classes. There should be a URI (and, even better, a Web page that delivers a useful description) for every Dewey concept, not just single classes. Along comes dewey.info Tim Berners-Lee's new-ish Linked Data meme “Raw Data Now!” For now, the latter approach seemed a more effective driving force that prompted us to confront several different issues that are relevant for either one. To test out if and how some of these goals can be achieved, we chose the Dewey Summaries as a suitable data set to publish according to Linked Data principles. Learn more about dewey.info… So how does it work? Learn how to use the service on the OCLC Developer's wiki…
YAGO2 - D5: Databases and Information Systems (Max-Planck-Institut für Informatik) Overview YAGO is a huge semantic knowledge base, derived from Wikipedia WordNet and GeoNames. Currently, YAGO has knowledge of more than 10 million entities (like persons, organizations, cities, etc.) and contains more than 120 million facts about these entities. YAGO is special in several ways: The accuracy of YAGO has been manually evaluated, proving a confirmed accuracy of 95%. YAGO is developed jointly with the DBWeb group at Télécom ParisTech University.
What is the Structured Web? The structured Web is object-level data within Internet documents and databases that can be extracted, converted from available forms, represented in standard ways, shared, re-purposed, combined, viewed, analyzed and qualified without respect to originating form or provenance. Over the past few months I have increasingly been writing about and referring to the structured Web. I have done so purposefully, but, so far, with little background or explication. With the inauguration of this occasional series, I hope to bring more color and depth to this topic [1]. Literally, over the past year, I have been learning and documenting on AI3 my attempts to understand the basis, concepts and tools of the emerging semantic Web. In that process, I have come to define my own outlines of the Web past, present and future. Confusing Terminology Surrounding Obvious Change Some Web pundits have embraced a versioning terminology of Web 2.0 and Web 3.0 to describe one such world view. Academic v.
Academic Institution Internal Structure Ontology (AIISO) This Version [HTML] [RDF] Latest Version Previous Version Authors Rob Styles Nadeem Shabir Contributors Ian Corns Sarah Bartlett Chris Wallace Copyright © 2008 Talis Information Ltd This work is licensed under a Creative Commons License. Table of Contents Introduction Changes From Previous Version 2008-05-14 - semantic change by Rob Styles: "First cut of the ontology published" 2008-05-20 - semantic change by Rob Styles: "Corrected classes with more than one possible domain class to use owl:unionOf" 2008-05-20 - semantic change by Nadeem Shabir: "Added statement of responsibility for both knowledgeGrouping and organizationalUnit" 2008-09-25 - semantic change by Rob Styles: "Changed subclassing to subclass from foaf:Organization and deprecated organizationalUnit" 2008-09-25 - semantic change by Rob Styles: "Deprecated name in favour of foaf:name" Namespace name code Summary of Terms
RDFa Introduction à RDFa Résumé Le Web actuel est conçu essentiellement pour une consommation humaine. Et même lorsque des données interprétables font leur apparition sur le Web, elles sont typiquement distribuées dans un fichier séparé, avec un format séparé et une correspondance très limitée entre les versions homme et machine. En conséquence, les navigateurs Web ne peuvent fournir qu'une aide minimale aux humains pour l'analyse et le traitement des données web : les navigateurs voient seulement l'information de présentation. Nous introduisons RDFa, qui fournit un ensemble d'attributs XHTML pour prolonger les données visuelles par des indications intelligibles aux machines (machine-readable). Ce document n'est qu'une introduction à RDFa. Statut de ce document Cette section décrit le statut de ce document au moment de sa publication. Ce document est une note de groupe de travail produite conjointement par le groupe de travail Semantic Web Deployment [SWD-WG] et le groupe de travail XHTML 2 [XHTML2-WG] du W3C.
datahub avec liens vers différnets jeux de données by abipesses Oct 11