Managing pervasive systems using role-based obligation policies

C. Shankar, R. Campbell
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引用次数: 4

Abstract

Pervasive systems are complex distributed systems containing heterogeneous and mobile devices, services and applications. Policy-based management is an effective approach for managing these systems. The dynamism of a pervasive system due to mobility of devices and applications makes policy specification and management a difficult problem. Policies need to be modified when devices and applications are added, removed or migrated across pervasive systems. This causes significant policy management overhead and improper management may lead to policy conflicts, cycles and other undesirable system behaviors. In this paper, we present a role-based approach for managing pervasive systems. Roles group related entities and enable logical separation of entities from policies. Policies and entities are assigned to roles and every entity belonging to a role enforces policies assigned to that role. Policies and entities can be independently modified and this flexibility simplifies policy management. Roles are further organized into hierarchies that enable policy reuse. We present our management framework and middleware based on roles that is being developed for managing our prototype pervasive system
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使用基于角色的义务策略管理普及系统
普适系统是包含异构和移动设备、服务和应用程序的复杂分布式系统。基于策略的管理是管理这些系统的有效方法。由于设备和应用程序的移动性,普及系统的动态性使得策略规范和管理成为一个难题。在普及系统中添加、删除或迁移设备和应用程序时,需要修改策略。这将导致显著的策略管理开销,管理不当可能导致策略冲突、循环和其他不希望出现的系统行为。在本文中,我们提出了一种基于角色的方法来管理普适系统。角色对相关实体进行分组,并实现实体与策略的逻辑分离。策略和实体被分配给角色,属于某个角色的每个实体都强制执行分配给该角色的策略。策略和实体可以独立修改,这种灵活性简化了策略管理。角色被进一步组织成层次结构,以支持策略重用。我们展示了基于角色的管理框架和中间件,这些角色是为管理我们的原型普及系统而开发的
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