Published: November 13, 2008
Author(s)
Vincent Hu, Stephen Quirolgico, Karen Scarfone
Conference
Name: 2008 International Computer Symposium (ICS 2008)
Dates: November 13-15, 2008
Location: Taipei, Taiwan
Citation: Proceedings of the 2008 International Computer Symposium (ICS 2008), pp. 497-502
Announcement
The availability of global, pervasive information relies on seamless access to federated resources through sharing and trust between the participating members. However, most of the current architectures for federation networks are designed based on a centralized authorization management schema that limits the dynamic composing, organization, and reuse of federation access control policies. A schema for such environments has not been well thought out. In this paper, we present an innovative schema using Semantic Web technology that leverages the pervasive capability of semantic content and the fluency of machine understandable knowledge for access control policy in federated environments.
The availability of global, pervasive information relies on seamless access to federated resources through sharing and trust between the participating members. However, most of the current architectures for federation networks are designed based on a centralized authorization management schema that...
See full abstract
The availability of global, pervasive information relies on seamless access to federated resources through sharing and trust between the participating members. However, most of the current architectures for federation networks are designed based on a centralized authorization management schema that limits the dynamic composing, organization, and reuse of federation access control policies. A schema for such environments has not been well thought out. In this paper, we present an innovative schema using Semantic Web technology that leverages the pervasive capability of semantic content and the fluency of machine understandable knowledge for access control policy in federated environments.
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Keywords
access control; policy; semantic Web
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