Matches in Ruben’s data for { ?s ?p ?o }
- describing-experiments maker i.
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- describing-experiments title "Describing configurations of software experiments as Linked Data".
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- describing-experiments name "Describing configurations of software experiments as Linked Data".
- describing-experiments label "Describing configurations of software experiments as Linked Data".
- describing-experiments name "Describing configurations of software experiments as Linked Data".
- describing-experiments topic JavaScript.
- describing-experiments topic reasoning.
- describing-experiments topic Research.
- describing-experiments topic Metadata.
- describing-experiments topic Linked_Data.
- describing-experiments topic RDF.
- describing-experiments topic World_Wide_Web.
- describing-experiments subject JavaScript.
- describing-experiments subject reasoning.
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- describing-experiments subject Metadata.
- describing-experiments subject Linked_Data.
- describing-experiments subject RDF.
- describing-experiments subject World_Wide_Web.
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- describing-experiments topic JavaScript.
- describing-experiments topic reasoning.
- describing-experiments topic Research.
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- describing-experiments topic Linked_Data.
- describing-experiments topic RDF.
- describing-experiments topic World_Wide_Web.
- describing-experiments abstract "Within computer science engineering, research articles often rely on software experiments in order to evaluate contributions. Reproducing such experiments involves setting up software, benchmarks, and test data. Unfortunately, many articles ambiguously refer to software by name only, leaving out crucial details for reproducibility, such as module and dependency version numbers or the configuration of individual components in different setups. To address this, we created the Object-Oriented Components ontology for the semantic description of software components and their configuration. This article discusses the ontology and its application, and demonstrates with a use case how to publish experiments and their software configurations on the Web. In order to enable semantic interlinking between configurations and modules, we published the metadata of all 480,000+ JavaScript libraries on npm as 194,000,000+ RDF triples. Through our work, research articles can refer by URL to fine-grained descriptions of experimental setups. This brings us faster to accurate reproductions of experiments, and facilitates the evaluation of new research contributions with different software configurations. In the future, software could be instantiated automatically based on these descriptions and configurations, reasoning and querying can be applied to software configurations for meta-research purposes.".
- describing-experiments datePublished "2017".
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- describing-experiments number "1931".
- describing-experiments volume "1931".
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- cs-105 author me.
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- cs-105 title "Challenges as Enablers for High Quality Linked Data: Insights from the Semantic Publishing Challenge".
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- cs-105 name "Challenges as Enablers for High Quality Linked Data: Insights from the Semantic Publishing Challenge".
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