Metadata for RDF Statements: The RDF-star Approach: Difference between revisions
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Date: [https://www.timeanddate.com/worldclock/ | Date: [https://www.timeanddate.com/worldclock/fixedtime.html?msg=Lotico+-+Metadata+for+RDF+Statements:+The+RDF-star+Approach&iso=20210325T16&p1=136&ah=2 3/25/2021 5pm Berlin, 4pm London, 12pm New York, 9am San Francisco] ( [http://www.lotico.com/tools/cal.php?s=20210325T160000Z&e=20210325T180000Z&t=Metadata%20for%20RDF%20Statements%3A%20The%20RDF-star%20Approach&d=RDF-star&url=https://tinyurl.com/26suuv9j ical ] [https://www.google.com/calendar/render?action=TEMPLATE&text=Metadata+for+RDF+Statements%3A+The+RDF-star+Approach&details=The+lack+of+a+convenient+way+to+capture+annotations+and+statements+about+individual+RDF+triples+has+been+a+long+standing+issue+for+RDF.+Such+annotations+are+a+native+feature+in+other+contemporary+graph+data+models+%28e.g.%2C+edge+properties+in+the+Property+Graph+model%29.+In+recent+years%2C+the+RDF%2A+approach+has+emerged+to+address+this+limitation+of+RDF.+After+RDF%2A+gained+traction+among+both+vendors+and+users+of+RDF+systems%2C+a+community+group+has+formed+to+produce+a+specification+of+the+approach%2C+now+called+RDF-star.+In+February+2021%2C+the+group+published+a+first+working+draft+of+this+spec%2C+which+is+accompanied+by+several+test+suites.+In+this+presentation+we+will+introduce+the+approach+and+the+various+features+that+it+adds+to+RDF+and+SPARQL.%0A%0Ahttp%3A%2F%2Fwww.lotico.com%2Findex.php%2FMetadata_for_RDF_Statements%3A_The_RDF-star_Approach&location=zoom&dates=20210325T160000Z%2F20210325T180000Z Google] ) | ||
Chapters: San Francisco / Bay Area, New York, London, Milano, Oslo, Zürich and Berlin | Chapters: San Francisco / Bay Area, New York, London, Milano, Oslo, Zürich and Berlin | ||
Location: | Location: [https://us02web.zoom.us/j/3522865191?pwd=cU8rVC9mY2p4eS9pY2ZZMnBtU1hodz09 zoom] / [https://www.youtube.com/watch?v=OEZDw4EHu4I youtube] | ||
Registered Participants: | Registered Participants: 289 / ~200 attendees | ||
Host: [[Gregg Kellogg]], [[Marco Neumann]] (Co-Host) | Host: [[Gregg Kellogg]], [[Marco Neumann]] (Co-Host) | ||
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<hr> | <hr> | ||
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===Description=== | ===Description=== | ||
The lack of a convenient way to capture annotations and statements about individual RDF triples has been a long standing issue for RDF. Such annotations are a native feature in other contemporary graph data models (e.g., edge properties in the Property Graph model). In recent years, the RDF* approach has emerged to address this limitation of RDF. After RDF* gained traction among both vendors and users of RDF systems, a community group has formed to produce a specification of the approach, now called RDF-star. In February 2021, the group published a first working draft of this spec, which is accompanied by several test suites. In this presentation we will introduce the approach and the various features that it adds to RDF and SPARQL. | The lack of a convenient way to capture annotations and statements about individual RDF triples has been a long standing issue for RDF. Such annotations are a native feature in other contemporary graph data models (e.g., edge properties in the Property Graph model). In recent years, the RDF* approach has emerged to address this limitation of RDF. After RDF* gained traction among both vendors and users of RDF systems, a community group has formed to produce a specification of the approach, now called RDF-star. In February 2021, the group published a first working draft of this spec, which is accompanied by several test suites. In this presentation we will introduce the approach and the various features that it adds to RDF and SPARQL. | ||
'''Slides: https://w3c.github.io/rdf-star/presentations/RDF-star_Lotico.pdf''' | |||
===Speakers=== | ===Speakers=== | ||
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https://w3c.github.io/rdf-star/ | https://w3c.github.io/rdf-star/ | ||
gitter | gitter room<br> | ||
https://gitter.im/lotico/rdf-star | https://gitter.im/lotico/rdf-star | ||
===Updates=== | |||
In September 2022 the W3C RDF-star Working Group officially began its activity to extend RDF and SPARQL related recommendations, with the ability to concisely represent and query statements about statements.<BR> | |||
https://www.w3.org/groups/wg/rdf-star | |||
* if you have successfully registered here there is no need for you to register in local chapters elsewhere as well, you are all set. | <!-- iframe key="lotico" path="/lotico/reg.php?event=RDF-star" * if you have successfully registered here there is no need for you to register in local chapters elsewhere as well, you are all set. /--> | ||
===Classification=== | ===Event Classification=== | ||
Session-Level: Intermediate-Advanced | Session-Level: Intermediate-Advanced | ||
Session-Type: Technology-Standards | Session-Type: Technology-Standards | ||
Latest revision as of 08:51, 19 November 2022
Date: 3/25/2021 5pm Berlin, 4pm London, 12pm New York, 9am San Francisco ( ical Google )
Chapters: San Francisco / Bay Area, New York, London, Milano, Oslo, Zürich and Berlin
Registered Participants: 289 / ~200 attendees
Host: Gregg Kellogg, Marco Neumann (Co-Host)
Description
The lack of a convenient way to capture annotations and statements about individual RDF triples has been a long standing issue for RDF. Such annotations are a native feature in other contemporary graph data models (e.g., edge properties in the Property Graph model). In recent years, the RDF* approach has emerged to address this limitation of RDF. After RDF* gained traction among both vendors and users of RDF systems, a community group has formed to produce a specification of the approach, now called RDF-star. In February 2021, the group published a first working draft of this spec, which is accompanied by several test suites. In this presentation we will introduce the approach and the various features that it adds to RDF and SPARQL.
Slides: https://w3c.github.io/rdf-star/presentations/RDF-star_Lotico.pdf
Speakers
Pierre-Antoine Champin
Pierre-Antoine is a W3C fellow, and an associate professor at Université de Lyon (France), currently in a sabbatical at ERCIM. His research is centered on Knowledge Representation in the context of the Web of Linked Data, and applied to various fields such as media annotation, learning analytics and IoT. He has been involved in a number of Semantic Web-related groups of W3C, including RDF1.1, Linked Data Platform, and JSON-LD1.1 (as a co-editor). He recently joined the W3C Strategy team, where he focuses on the topic of data interoperability on the Web.
Olaf Hartig
Olaf is an Associate Professor in Computer Science at Linköping University, Sweden. He is interested in problems related to the management of databases and knowledge. His focus in this broad context is on data on the Web (Semantic Web and Linked Data, in particular) and on graph data, as well as on problems in which data is decentralized and distributed over multiple, autonomous and/or heterogeneous sources (keywords: federated data management, federated knowledge graphs). Currently, Olaf is co-editor of the RDF-star community group report.
Links:
https://w3c.github.io/rdf-star/
gitter room
https://gitter.im/lotico/rdf-star
Updates
In September 2022 the W3C RDF-star Working Group officially began its activity to extend RDF and SPARQL related recommendations, with the ability to concisely represent and query statements about statements.
https://www.w3.org/groups/wg/rdf-star
Event Classification
Session-Level: Intermediate-Advanced Session-Type: Technology-Standards Session-Language: English