一种基于对象消息传递和重写逻辑来提高并发系统可靠性的规范和验证方法

A. Attoui, David R. C. Hill
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引用次数: 0

摘要

实时/并发系统的设计需要正式的方法,以便于每一步的验证和确认。以前已经提出了基于形式逻辑的方法,但它们通常只适用于特定领域,并且通常只适用于专门的用户。为了克服这两个限制,本文提出了一种基于用户友好工具重写逻辑的方法,以提高软件的可靠性。提出了不同的工具来支持这种方法:用于说明对象的结构和行为的图形编辑器、原型生成器和用于基于重写逻辑可判定性的规则验证的推理引擎。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A specification and validation method to improve concurrent systems reliability based on object messaging and rewriting logic
Design of real-time/concurrent systems requires formal approaches in order to facilitate verification and validation at each step. Methods based on formal logic have been previously suggested but they often work only in a specific domain and are generally only possible with specialized users. In an attempt to overcome these two restrictions, this paper proposes a method based on rewriting logic with user-friendly tools to increase software reliability. Different tools are proposed to support this approach: a graphical editor for the specification of the structure and the behaviour of objects, a prototype generator, and an inference engine for rule validation based on rewriting logic decidability.
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