Semantic analysis of concurrent ML by abstract model-checking

Régis Cridlig
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Abstract

In this paper we present a new kind of semantics for Concurrent ML, apopular concurrent extension of the MLfunctional language equipped with message-passing inter-processcommunication along first-class channels. This semanticsis based on infinite domains of higher-dimensional transition systems that are able to model the asynchronous execution of concurrentoperations and is operational in nature.
By dual abstract interpretation using folding of states and truncation oftransitions finite automata can be automatically derived that representa sound but imprecise semantics of a given program. They are used to compute staticproperties verified by the standardconcurrent execution of the program by means of abstractmodel-checking of modal logic formulae.
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基于抽象模型检查的并发ML语义分析
本文提出了一种新的并发ML语义,它是ML函数语言的一种流行的并发扩展,具有沿一级通道的消息传递进程间通信。这种语义基于高维转换系统的无限域,这些系统能够对并发操作的异步执行进行建模,并且本质上是可操作的。通过使用状态折叠和转换截断的双重抽象解释,可以自动导出有限自动机,这些自动机表示给定程序的健全但不精确的语义。它们通过对模态逻辑公式的抽象模型检验来计算程序标准并发执行验证的静态属性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Electronic Notes in Theoretical Computer Science
Electronic Notes in Theoretical Computer Science Computer Science-Computer Science (all)
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