Matches in Ruben’s data for { ?s ?p ?o }
- cs-78 creator nuria_queralt_rosinach.
- cs-78 creator michael_krauthammer.
- cs-78 creator george_giannakopoulos.
- cs-78 creator christine_chichester.
- cs-78 creator axel_cyrille_ngonga_ngomo.
- cs-78 creator michel_dumontier.
- cs-78 creator me.
- cs-78 about nanopublications.
- cs-78 about publication.
- cs-78 about Provenance.
- cs-78 about trust.
- cs-78 about Research.
- cs-78 about Decentralization.
- cs-78 about Semantic_Web.
- cs-78 about RDF.
- cs-78 about World_Wide_Web.
- cs-78 author tobias_kuhn.
- cs-78 author raffaele_viglianti.
- cs-78 author nuria_queralt_rosinach.
- cs-78 author michael_krauthammer.
- cs-78 author george_giannakopoulos.
- cs-78 author christine_chichester.
- cs-78 author axel_cyrille_ngonga_ngomo.
- cs-78 author michel_dumontier.
- cs-78 author me.
- cs-78 coparticipatesWith tobias_kuhn.
- cs-78 coparticipatesWith raffaele_viglianti.
- cs-78 coparticipatesWith nuria_queralt_rosinach.
- cs-78 coparticipatesWith michael_krauthammer.
- cs-78 coparticipatesWith george_giannakopoulos.
- cs-78 coparticipatesWith christine_chichester.
- cs-78 coparticipatesWith axel_cyrille_ngonga_ngomo.
- cs-78 coparticipatesWith michel_dumontier.
- cs-78 coparticipatesWith me.
- cs-78 type PublicationVolume.
- cs-78 type ScholarlyArticle.
- cs-78 type Article.
- cs-78 type Document.
- cs-78 type Q386724.
- cs-78 type CreativeWork.
- cs-78 type Document.
- cs-78 type Work.
- cs-78 type Document.
- cs-78 P50 tobias_kuhn.
- cs-78 P50 raffaele_viglianti.
- cs-78 P50 nuria_queralt_rosinach.
- cs-78 P50 michael_krauthammer.
- cs-78 P50 george_giannakopoulos.
- cs-78 P50 christine_chichester.
- cs-78 P50 axel_cyrille_ngonga_ngomo.
- cs-78 P50 michel_dumontier.
- cs-78 P50 me.
- cs-78 maker tobias_kuhn.
- cs-78 maker raffaele_viglianti.
- cs-78 maker nuria_queralt_rosinach.
- cs-78 maker michael_krauthammer.
- cs-78 maker george_giannakopoulos.
- cs-78 maker christine_chichester.
- cs-78 maker axel_cyrille_ngonga_ngomo.
- cs-78 maker michel_dumontier.
- cs-78 maker me.
- cs-78 title "Decentralized provenance-aware publishing with nanopublications".
- cs-78 isPartOf peerj_computer_science.
- cs-78 name "Decentralized provenance-aware publishing with nanopublications".
- cs-78 label "Decentralized provenance-aware publishing with nanopublications".
- cs-78 name "Decentralized provenance-aware publishing with nanopublications".
- cs-78 topic nanopublications.
- cs-78 topic publication.
- cs-78 topic Provenance.
- cs-78 topic trust.
- cs-78 topic Research.
- cs-78 topic Decentralization.
- cs-78 topic Semantic_Web.
- cs-78 topic RDF.
- cs-78 topic World_Wide_Web.
- cs-78 subject nanopublications.
- cs-78 subject publication.
- cs-78 subject Provenance.
- cs-78 subject trust.
- cs-78 subject Research.
- cs-78 subject Decentralization.
- cs-78 subject Semantic_Web.
- cs-78 subject RDF.
- cs-78 subject World_Wide_Web.
- cs-78 authorList b0_b2633.
- cs-78 topic nanopublications.
- cs-78 topic publication.
- cs-78 topic Provenance.
- cs-78 topic trust.
- cs-78 topic Research.
- cs-78 topic Decentralization.
- cs-78 topic Semantic_Web.
- cs-78 topic RDF.
- cs-78 topic World_Wide_Web.
- cs-78 abstract "Publication and archival of scientific results is still commonly considered the responsibility of classical publishing companies. Classical forms of publishing, however, which center around printed narrative articles, no longer seem well-suited in the digital age. In particular, there exist currently no efficient, reliable, and agreed-upon methods for publishing scientific datasets, which have become increasingly important for science. In this article, we propose to design scientific data publishing as a web-based bottom-up process, without top-down control of central authorities such as publishing companies. Based on a novel combination of existing concepts and technologies, we present a server network to decentrally store and archive data in the form of nanopublications, an RDF-based format to represent scientific data. We show how this approach allows researchers to publish, retrieve, verify, and recombine datasets of nanopublications in a reliable and trustworthy manner, and we argue that this architecture could be used as a low-level data publication layer to serve the Semantic Web in general. Our evaluation of the current network shows that this system is efficient and reliable.".
- cs-78 datePublished "2016".
- cs-78 mainEntityOfPage kuhn_peerjcs_2016.
- cs-78 sameAs cs-78.
- cs-78 isPrimaryTopicOf kuhn_peerjcs_2016.
- cs-78 page kuhn_peerjcs_2016.