符合IEC 61508的网络物理应用的安全soc方法

J. Borcsok, M. Schwarz, Waldemar Muller, M. Abdelawwad
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引用次数: 3

摘要

在过去的四十年里,使用电子系统来控制复杂的应用已经进入了几乎所有的技术和工业领域。如今,除了系统尺寸、降低系统成本、优化能耗和高可靠性或安全性之外,功能安全方面也日益成为许多应用的重点。特别是对于安全的嵌入式网络物理系统,它受到越来越多组件集成的青睐,这些方面是至关重要的。本文描述了基于改进的软件比较器体系结构的一致安全的1002 SoC体系结构模型(芯片上的小型化安全系统)。文中还介绍了基于IEC 61508标准的安全SoC的设计与实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Approach for a Safe-SoC for Cyber-physical Application according to IEC 61508
Using electronic systems to control complex applications has found its way into nearly all technical and industrial areas during the last four decades. Today, in addition to system size, reduced system costs, optimized energy consumption and high reliability or safety, the aspects of functional safety are increasingly in the focus of many applications. Especially concerning safe embedded cyber-physical systems, which is favored by increasing integration of components, these aspects are of central importance. This article describes a consistently safety 1oo2 SoC architecture model (a miniaturized safety system on a chip) based on a modified software comparator architecture. The design and realization of the safety SoC, according to IEC 61508, are also presented.
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