The Role of Software Failure Modes and Effects Analysis for Interfaces in Safety-and Mission-Critical Systems

N. Ozarin
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引用次数: 11

Abstract

Complex systems are often developed by independent design teams whose boundaries are defined by interface design documents. Software interface documents, in particular, can be incomplete and ambiguous without anyone realizing it. Such weaknesses can lead to inadequate and incomplete testing prior to system integration, prolonged integration problems, and expensive last-minute design changes. Additionally, interface design problems may result in system-level performance issues and inadequate robustness. An important line of defense against interface errors and ambiguities in a safety- or mission-critical system is a software failure mode and effects analysis (SFMEA). This paper explains SFMEA and its use to help identify and correct interface problems.
软件故障模式在安全和关键任务系统中的作用及其影响分析
复杂系统通常由独立的设计团队开发,其边界由界面设计文档定义。特别是软件接口文档,在没有人意识到的情况下可能是不完整和模棱两可的。这样的弱点可能导致在系统集成之前的不充分和不完整的测试,延长的集成问题,以及昂贵的最后一刻的设计更改。此外,接口设计问题可能导致系统级性能问题和鲁棒性不足。在安全或任务关键型系统中,防止接口错误和歧义的重要防线是软件故障模式和影响分析(SFMEA)。本文解释了SFMEA及其用于帮助识别和纠正接口问题的用途。
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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