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Stefanie Rühle: Zum Projekt Entwicklung von interoperablen Standards für die Kontextualisierung heterogener Objekte am Beispiel der Provenienz Asch (Folien)

Philipp Zumstein: Validierung des RIS-Dateiformats für die Literaturverwaltung

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Stefanie Rühle: Die DCMI RDF Application Profile (RDF AP) Task Group (Folien)
Die DCMI RDF AP Task Group beschäftigt sich anhand von konkreten Anwendungsfällen mit der Frage, wie Anwendungsprofile aussehen müssen, damit sie die Datenanalyse sinnvoll unterstützen. Ausgangspunkt ist dabei das von Dublin Core 2008 veröffentlichte Singapore Framework for Dublin Core Application Profiles. Der Beitrag führt in das Thema Anwendungsprofile und Validierung ein und berichtet über die Arbeit der Gruppe. Am Beispiel der Verwendung des Europeana Data Models (EDM) in der Deutschen Digitalen Bibliothek (DDB) werden verschiedene Anforderungen an Anwendungsprofile benannt. (Folien)


Thomas Bosch (Gesis): The RDF Validator - A Tool to Validate RDF Data (Folien)
Recently, RDF validation as a research field gained speed due to common needs of data practitioners. A typical example is the library domain that co-developed and adopted Linked Data principles very early. Although, there are multiple constraint languages (having different syntaxes and semantics) which can be used to express RDF constraints such as cardinality restrictions, there is no constraint language which can be seen as the standard. The five most promising ones on being the standard are Description Set Profiles (DSP), Resource Shapes (ReSh), Shape Expressions (ShEx), the SPARQL Inferencing Notation (SPIN), and the Web Ontology Language (OWL 2). SPARQL is generally seen as the method of choice to validate RDF data according to certain constraints. We use SPIN, a SPARQL-based way to formulate and check constraints, as basis to define a validation environment (available at http://purl.org/net/rdfval-demo) to validate RDF data according to constraints expressed by arbitrary constraint languages. Additionally, the RDF Validator can be used to validate RDF data to ensure correct syntax and intended semantics of vocabularies such as Disco, Data Cube, DCAT, and SKOS. We present how to express typical RDF constraints by multiple constraint languages and how to actually validate RDF data conforming to these constraints using the RDF Validator. The workshop participants are encouraged to use the RDF Validator during this session (only an internet browser is needed) in order to express RDF constraints they need for their individual purposes.

Weiterführende Links:
RDF Validator Open Source Code: https://github.com/boschthomas/rdf-validator
Extensible SPIN mappings: https://github.com/boschthomas/rdf-validation/tree/master/SPIN
Paper regarding the validation of arbitrary constraint languages: http://dcevents.dublincore.org/IntConf/dc-2014/paper/view/270


Kai Eckert (HdM Stuttgart): JudaicaLink: Authority Data from Encyclopediae (Folien)
The JudaicaLink project aims at generating Linked Data representations for contextualization from various open data sources, mainly online encyclopediae. In this talk, I will briefly introduce the JudaicaLink data model as an application profile for SKOS and demonstrate, how the JudaicaLink data is created using simple web crawls.

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13:30 - 15:30 Öffentliche Sitzung der DINI AG KIM (Moderation: Stefanie Rühle und Jana Hentschke)

TOP 1 Begrüßung, Vorstellungsrunde

TOP 2 Statusbericht DINI AG KIM (S. Rühle, J. Hentschke)

TOP 3 Statusbericht der Arbeitsgruppen

TOP 4 TWR (Magnus Pfeffer)

TOP 5 DINI Jahrestagung (S. Rühle, J. Hentschke)   

TOP 6 Sonstiges

Siehe Protokoll.