AbstractGraph Transformations provide a uniform and precise framework for the specification of access control policies. States are represented by graphs and state transitions by graph transformations. A policy is formalized by four components: a type graph, positive and negative constraints and a set of rules. This formalism allows the detailed comparison of different policy models and the precise description of the evolution of a policy and of the integration of policies
Access control is the traditional center of gravity of computer security [1]. People specify access ...
AbstractPolicies are used to control the behavior of large-scale systems. After policies are designe...
Access control is a significant issue in any secure computer system. Authorization models provide a ...
AbstractGraph-based specification formalisms for access control (AC) policies combine the advantages...
Graph Transformations provide a uniform and precise framework for the specification of access contro...
Graph-based specification formalisms for access control (AC) policies combine the advantages of an i...
A uniform and precise framework for the specification of access control policies is proposed. The un...
Graph-based specification formalisms for Access Control (AC) policies combine the advantages of an i...
Models of Access Control Policies specified with graphs and graph transformation rules combine an in...
Role-Based Access Control (RBAC) is supported directly or in a closely related form, by a number of ...
Abstract: Protecting computational resources and digital information against unau-thorized access is...
Increasing amounts of data are being collected and stored relating to every aspect of an individual'...
Any model of access control has two fundamental aims: to ensure that resources are protected from in...
Access control is a mechanism which defmes and controls the privileges of users in a system. Nowaday...
We describe a uniform logical framework, based on a bunched logic that combines classical additives ...
Access control is the traditional center of gravity of computer security [1]. People specify access ...
AbstractPolicies are used to control the behavior of large-scale systems. After policies are designe...
Access control is a significant issue in any secure computer system. Authorization models provide a ...
AbstractGraph-based specification formalisms for access control (AC) policies combine the advantages...
Graph Transformations provide a uniform and precise framework for the specification of access contro...
Graph-based specification formalisms for access control (AC) policies combine the advantages of an i...
A uniform and precise framework for the specification of access control policies is proposed. The un...
Graph-based specification formalisms for Access Control (AC) policies combine the advantages of an i...
Models of Access Control Policies specified with graphs and graph transformation rules combine an in...
Role-Based Access Control (RBAC) is supported directly or in a closely related form, by a number of ...
Abstract: Protecting computational resources and digital information against unau-thorized access is...
Increasing amounts of data are being collected and stored relating to every aspect of an individual'...
Any model of access control has two fundamental aims: to ensure that resources are protected from in...
Access control is a mechanism which defmes and controls the privileges of users in a system. Nowaday...
We describe a uniform logical framework, based on a bunched logic that combines classical additives ...
Access control is the traditional center of gravity of computer security [1]. People specify access ...
AbstractPolicies are used to control the behavior of large-scale systems. After policies are designe...
Access control is a significant issue in any secure computer system. Authorization models provide a ...