This is an HTML+RDFa representation of metadata describing this Web-addressable resource.
Why Is This Important?
The property (attributes and values pairs) links on this page unveil a different kind of link, one which enables the following on HTTP networks such as the Web:
Unambiguous identity for entities (aka. strong identifiers)
Implicit binding of an entity and its metadata via strong identifiers
Multiple metadata representations that enable a variety of presentations
High precision Search and Find queries that simply use the metadata documents (by referencing entity URIs) as the query's Data Source Name
How Do I Discover Alternative Metadata Representations?
This document exposes metadata in the following formats: (X)HTML+RDFa, Turtle, N3, RDF/JSON, or RDF/XML. In the most basic form, you can simply view the (X)HTML source markup of this page, and go directly to the <head/> section which contains a <link/> tag with relationship and type properties for each format.
In addition, you can also explicitly request a desired metadata representation for a given resource via HTTP GET requests that use the entity's strong identifier as the call target.
How Can I Expose My Web Resources In This Manner?
Simply include the following in the <head/> section of your (static or dynamically generated) (X)HTML page:
<link rel="alternate" title="My Data in RDF Linked Data form"
type="application/rdf+xml"
href="http://linkeddata.uriburner.com/about/id/<this-page-URL>/>"
How Is This Related To The Linked Data Meme?
As stated above, the links in this page expose strong identifiers for its primary topic, secondary topics, attributes, and some values. These links, via implicit association, act as conduits to their metadata-bearing documents, in a variety formats.
The 13th International Workshop on OpenCL and SYCL (IWOCL 2025), held from April 7â11 in Heidelberg, Germany, brought together a vibrant community of developers, researchers, and industry professionals. This year's event confirmed something many of us in the field have long suspected: far from being overshadowed by newer technologies, OpenCL continues to evolve and thrive as a critical foundation for cross-platform high-performance computing across industries.
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