Dependability of safety-critical systems: contribution of the synchronous approach

D. Pérez
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Abstract

In order to develop "critical" programmed protection systems, dedicated development tools are needed. The formalisms used should guarantee a high level of safety for the process being considered. The synchronous approach has numerous advantages which help it meet this target. This article presents the synchronous approach from an industrial point of view. This is the point of view behind the industrial development strategy for critical software within Schneider-Electric's Safety Electronics and Systems department. The article gives a historical outline and a simple definition of the synchronous approach, followed by a very simple example of an application which demonstrates the advantages of the synchronous approach. It does not give a detailed description of the techniques for proving operational safety, but rather aims to describe as simply as possible, the characteristics of the synchronous approach related to operational safety.
安全关键系统的可靠性:同步方法的贡献
为了开发“关键的”程序化保护系统,需要专门的开发工具。所使用的形式应该保证所考虑的过程的高度安全性。同步方法有许多优点,可以帮助它实现这一目标。本文从工业的角度介绍了同步方法。这是施耐德电气安全电子和系统部门关键软件工业发展战略背后的观点。本文给出了同步方法的历史概况和简单定义,然后给出了一个非常简单的应用程序示例,演示了同步方法的优点。它没有详细描述证明操作安全性的技术,而是旨在尽可能简单地描述与操作安全性相关的同步方法的特征。
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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