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Probabilistic noninterference in a concurrent language

机译:并发语言中的概率无干扰

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The authors previously give a type system that guarantees that well-typed multi-threaded programs are possibilistically noninterfering. If thread scheduling is probabilistic, however, then well-typed programs may have probabilistic timing channels. They describe how they can be eliminated without making the type system more restrictive. They show that well-typed concurrent programs are probabilistically noninterfering if every total command with a high guard executes atomically. The proof uses the concept of a probabilistic state of a computation, following the work of Kozen (1981).
机译:作者先前提供了一个类型系统,该类型系统可保证类型良好的多线程程序不干扰。但是,如果线程调度是概率性的,则类型正确的程序可能具有概率性的定时通道。它们描述了如何消除它们,而不会使类型系统更具限制性。他们表明,如果每个具有较高防护级别的总命令都以原子方式执行,则类型良好的并发程序在概率上不会发生干扰。遵循Kozen(1981)的工作,该证明使用了计算的概率状态的概念。

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