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Managing the Life Cycle of Access Rules in CEOSIS
By: Reichert, M.; Rinderle-Ma, S.;
2008 / IEEE / 978-0-7695-3373-5
Description
This item was taken from the IEEE Conference ' Managing the Life Cycle of Access Rules in CEOSIS ' The definition and management of access rules (e.g., to control the access to business documents and business functions) is an important task within any enterprise information systems (EIS). Many EIS apply role-based access control (RBAC) mechanisms to specify access rules based on organizational models. However, only little research has been spent on organizational changes even though they often become necessary in practice. Examples comprise the evolution of organizational models with subsequent adaptation of access rules or direct access rule modifications. In this paper, we present a change framework for the controlled evolution of access rules in EIS. Specifically, we define change operations which ensure correct modification of access rules. Finally, we define the formal semantics of access rule changes based on operator trees which enables their unambiguous application; i.e., we can precisely determine which effects are caused by respective adaptations. This is important, for example, to be able to efficiently adapt user worklists in process-aware information systems. Altogether this paper contributes to comprehensive life cycle support for access rules in (adaptive) EIS.
Related Topics
Data Mining
Information Systems
Access Rule Mining
Enterprise Information System
Access Rule Life Cycle Management
Ceosis
Role-based Access Control Mechanism
Formal Semantics
Operator Tree Representation
Ear
Adaptation Model
Information Systems
Access Control
Evolution (biology)
Security
Business
Life Cycle Management
Access Control
Evolution Of Organizational Structures
Authorisation
Tree Data Structures
Engineering
Organizational Model