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A Temporal-Logic Based Compositional Proof System for Real-Time Message Passing

机译:基于时间逻辑的实时消息传递证明系统

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摘要

We consider a model of real-time network computation in which synchronous communication events occur during (possibly overlapping) intervals along a dense time scale. A specification language for processes and networks based on real-time temporal logic is defined. We give a simple proof system for network specifications when specifications for component processes are given. The proof system is then extended for a version of real-time CSP, under the assumption that all communications take some fixed length of time. Finally, it is shown that this proof system can be modified to allow varying communication lengths. All versions of the proof system are compositional, sound, and relatively complete.
机译:我们考虑一种实时网络计算模型,其中同步通信事件在密集时间尺度上的(可能重叠的)时间间隔内发生。定义了基于实时时间逻辑的过程和网络的规范语言。当给出组件过程的规范时,我们为网络规范提供了一个简单的证明系统。然后,在所有通信都花费一定固定时间长度的假设下,将证明系统扩展为实时CSP版本。最后,表明该证明系统可以修改以允许变化的通信长度。证明系统的所有版本都是组成,健全且相对完整的。

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