In this paper, we discuss how to shape a MAS infrastructure to support an agent-oriented role-based access control model (RBAC-MAS). First, we introduce the RBAC model, and show how it can be extended to capture the essential features of agent systems. Then, we extrapolate the core requirements of an infrastructure for RBAC-MAS, and depict a possible approach based on ACCs (agent coordination contexts). The conceptual framework for a RBAC-MAS infrastructure exploiting ACCs is subsequently formalised through a process-algebraic description of the main infrastructure entities: this is meant to serve as a formal specification of both the infrastructure and the language for expressing roles, operations and policies in RBAC-MAS.
Viroli Mirko, Omicini Andrea, Ricci Alessandro (2007). Infrastructure for RBAC-MAS: An Approach Based on Agent Coordination Contexts. APPLIED ARTIFICIAL INTELLIGENCE, 21(4-5), 443-467 [10.1080/08839510701253674].
Infrastructure for RBAC-MAS: An Approach Based on Agent Coordination Contexts
VIROLI, MIRKO;OMICINI, ANDREA;RICCI, ALESSANDRO
2007
Abstract
In this paper, we discuss how to shape a MAS infrastructure to support an agent-oriented role-based access control model (RBAC-MAS). First, we introduce the RBAC model, and show how it can be extended to capture the essential features of agent systems. Then, we extrapolate the core requirements of an infrastructure for RBAC-MAS, and depict a possible approach based on ACCs (agent coordination contexts). The conceptual framework for a RBAC-MAS infrastructure exploiting ACCs is subsequently formalised through a process-algebraic description of the main infrastructure entities: this is meant to serve as a formal specification of both the infrastructure and the language for expressing roles, operations and policies in RBAC-MAS.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.