ERTL:对RTL的扩展,用于混合系统的规范、分析和验证

Jon G. Hall, R. Lemos
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引用次数: 11

摘要

实时逻辑(RTL)是一种用于推理离散实时系统计算任务的相对和绝对时序特性的形式化方法。扩展实时逻辑(ERTL)是对混合系统(连续变量和离散事件动力学相结合的系统)的相对和绝对时序特性进行建模和分析的一种形式化方法。ERTL提供的扩展使系统行为建模成为可能,从构成计算系统环境一部分的物理实体的活动,到计算系统本身的计算任务的时间排序,从而提供了一种可用于软件开发所有阶段的形式化符号。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ERTL: an extension to RTL for the specification, analysis and verification of hybrid systems
Real time logic (RTL) was introduced as a formalism for reasoning about the relative and absolute timing properties of computational tasks of discrete real-time systems. Extended real time logic (ERTL) is a formalism for the modelling and analysis of relative and absolute timing properties of hybrid systems (systems that combine continuous variables and discrete event dynamics). The extensions provided by ERTL enable the modelling of system behaviour ranging from activities of the physical entities that form part of the environment of a computing system, to the temporal ordering of the computational tasks of the computing system itself thus providing a formal notation that can be used in all stages of software development.
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