Semantic Legal Policies for Data Exchange and Protection across Super-Peer Domains in the Cloud

Semantic Legal Policies for Data Exchange and Protection across Super-Peer Domains in the Cloud

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In semantic policy infrastructure, a Trusted Legal Domain (TLD), designated as a Super-Peer Domain (SPD), is a legal cage model used to circumscribe the legal virtual boundary of data Risco de síndrome de realimentação e desfechos clínicos em pacientes de prontos socorros do Distrito Federal disclosure and usage in the cloud.Semantic legal policies in compliance with the law are enforced at the super-peer within an SPD to enable Law-as-a-Service (LaaS) for cloud service providers.In addition, cloud users could query fragmented but protected outsourcing cloud data from a law-aware super-peer, where each query is also compliant with the law.Semantic legal policies are logic-based formal policies, Brain auditory evoked response test, the standard method for the diagnosis of the hereditary deafness in dogs which are shown to be a combination of OWL-DL ontologies and stratified Datalog rules with negation, i.

e., so-called non-monotonic cq-programs, for policy representation and enforcement.An agent at the super-peer is a unique law-aware guardian that provides protected data integration services for its peers within an SPD.Furthermore, agents at the super-peers specify how law-compliant legal policies are unified with each other to provide protected data exchange services across SPDs in the semantic data cloud.