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Connection Policies and Controlled Interference

机译:连接策略和受控干扰

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A communication policy is a specification for permitted communication among system agents. A system exhibits noninterference with respect to a policy if every agent is insensitive to the presence of agents with which it may not communicate. A communication policy specifies the presence or absence of communication between agents, but it does not specify how permitted communication may occur. In this paper we present a refinement of a communication policy, which we call a connection policy. A connection policy specifies the channels along which permitted communication may occur. A system observes controlled interference when its connection policy is satisfied. When a connection policy is consistent with a communication policy, controlled interference guarantees noninterference. We discuss Rushby's notion of separation in light of controlled interference, and briefly relate controlled interference to type enforcement. The formalization of the controlled interference theory is built upon the state-based formulation of noninterference previously developed by two of the authors. A theme of this paper is that a state-based approach to these issues is simple and useful.
机译:通信策略是系统代理之间允许通信的规范。如果每个代理程序对可能不与之通信的代理程序的存在不敏感,则该系统在策略方面不会出现干扰。通信策略指定代理之间是否存在通信,但未指定允许的通信如何发生。在本文中,我们提出了一种通信策略的改进,我们称之为连接策略。连接策略指定了可能发生允许的通信的通道。当满足其连接策略时,系统会观察到受控干扰。当连接策略与通信策略一致时,受控干扰可确保互不干扰。我们将根据受控干扰讨论Rushby的分离概念,并简要地将受控干扰与类型强制相关。受控干扰理论的形式化建立在两位作者先前开发的基于状态的非干扰表示基础上。本文的主题是针对这些问题的基于状态的方法既简单又有用。

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