2005 · 53 citations · 2 references
EngineeringData TrustVerificationGraph DatabaseSemantic WebSoftware AnalysisData ProvenanceFormal VerificationData ScienceGraph Query LanguageComputational TrustData IntegrationRdf StatementsData ManagementProvenance InformationKnowledge DiscoveryData PrivacyComputer ScienceProvenance AnalysisRdf GraphData SecurityGraph TheoryAutomated ReasoningProvenance ManagementFormal MethodsBusinessSw P2p ProjectSemantic Graph
Being able to determine the provenience of statements is a fundamental step in any SW trust modeling. We propose a methodology that allows signing of small groups of RDF statements. Groups of statements signed with this methodology can be safely inserted into any existing triple store without the loss of provenance information since only standard RDF semantics and constructs are used. This methodology has been implemented and is both available as open source library and deployed in a SW P2P project.
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Named graphs, provenance and trust
Jeremy J. Carroll, Christian Bizer, Patrick J. Hayes et al. · 2005 · 520 citations