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Dokument Type: Article
metadata.dc.title: A two-level approach to ontology-based access control in pervasive personal servers
Authors: Bourimi, Mohamed 
Scerri, Simon 
Planaguma , Marc 
Heupel, Marcel 
Karatas, Fatih 
Schwarte, Philipp 
Institute: Fakultät III Wirtschaftswissenschaften, Wirtschaftsinformatik und Wirtschaftsrecht 
Free keywords: Authentifizier, Authorizierung, Ontology-basierte Zugriffskontrolle, Spring Security, OAuth Authorizierung, Authentication, (RBAC) Authorisation, Ontology-Based Access Control, Ontology Trust and Privacy Modeling, Spring Security
Dewey Decimal Classification: 004 Informatik
Issue Date: 2011
Publish Date: 2011
A new trend in pervasive personal server hosting is to enable
the integration of a user's social spheres. Ideally, the design of access
control to private data should be flexible and independent from the target
host. Personal data should also remain independent from environmental
constraints, e.g., in order to support easy migration to new deployment
landscapes. Such information interoperability can be achieved by
ontology-based personal information sphere management. In the
project, personal data is modelled using an ontology-based approach. In
this paper we address the design and first implementation of the userware access control engine. Here, we introduce a two-level
access control design in order to decouple the ontology based-semantic
core from the hosting web container, while ensuring that personal data and
the associated ontology-based access rights remain flexibly decoupled from
the underlying environment.
URN: urn:nbn:de:hbz:467-5789
Appears in Collections:Publikationen aus der Universität Siegen

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