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1 Munich Network Management Team
| Content Provider | CiteSeerX |
|---|---|
| Author | Boursas, Latifa Reiser, Helmut |
| Abstract | Abstract. This paper presents a trust-management application for trust based relationships in federated identity management (FIM). It empowers discovery, technical interpretation of the meaning of trust, dynamic calculation of trust levels and afterwards static composition of trustworthy relationships between Identity and Service providers, which can be accomplished through the use of servicespecific XACML policies to enforce the required trust and privacy aspects. 1 The Problem Statement Nowadays most of the emerging approaches to digital identity management have been developed to address the distributed user data management problem, by providing the feature of the federation process while each partner service has its own privacy constraints and security policies. In addition to deciding what right each user has to access a Service Provider (SP), it is also possible to the user to decide if he wants to access this service provider without re-authentication. The condition to enable this right is that the user must authenticate at an Identity Provider (IDP) who is recognised and accepted by the SP. Therefore, providing efficient and seamless interrelationship between IDPs and |
| File Format | |
| Publisher Institution | Technische Universität München |
| Access Restriction | Open |
| Subject Keyword | Service Provider Munich Network Management Team Identity Provider Required Trust Servicespecific Xacml Policy Federated Identity Management Partner Service Trust-management Application Trustworthy Relationship Identity Management Privacy Constraint Federation Process Trust Level Afterwards Static Composition Security Policy Problem Statement Nowadays Distributed User Data Management Problem Dynamic Calculation Technical Interpretation Privacy Aspect Seamless Interrelationship |
| Content Type | Text |
| Resource Type | Article |