安全关键系统中软件的错误分析和可靠性度量

Jonathan Lockhart, C. Purdy, P. Wilsey
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引用次数: 4

摘要

安全关键系统通常依赖于硬件解决方案,因为存在完善的、一致的、可重复的过程来测量硬件可靠性。但随着系统变得越来越复杂,将软件集成到安全关键系统中是一个有吸引力的选择。以前,我们演示了一种方法来指定可证明正确的软件模块,用于硬件/软件安全关键系统。然而,仍然需要开发技术来使用可用于硬件的度量来证明软件的可靠性。我们在这里展示的方法演示了一个测试和错误记录过程,它可以支持与硬件可靠性度量在强度和可重复性方面相当的软件可靠性度量。我们还描述了一组可用于帮助评估软件可靠性度量过程的标准基准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Error analysis and reliability metrics for software in safety critical systems
Safety critical systems often rely on hardware only solutions because there exist well-established, consistent, repeatable processes for measuring hardware reliability. But as systems become more complex, incorporating software into safety critical systems is an attractive option. Previously we demonstrated a method to specify provably correct software modules for use in hardware/software safety critical systems. However, there is still a need to develop techniques to demonstrate software reliabilty using metrics comparable to those available for hardware. The method that we present here demonstrates a testing and error recording process that can support a software reliability metric comparable to hardware reliability metrics in strength and repeatability. We also describe a proposed set of standard benchmarks which can be used to help evaluate software reliability measurement processes.
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