关键软件认证的工程方法

R. Loesh, A. B. Gosnell, R. M. Wyskida, J. D. Johannes, Thomas F. Benoist
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引用次数: 8

摘要

目前存在大量基于计算机的系统,执行与人类相关的关键功能(例如,医疗诊断/治疗支持、武器系统、银行金融系统、运输系统)。美国陆军航空和导弹司令部(AMCOM)的软件工程理事会(SED)开发并维护了许多属于这一类的关键系统。在AMCOM航空和导弹系统投入使用之前,SED负责对这些关键系统进行认证。本文描述了确定飞行准备风险指数和飞行准备推荐认证的四方面工程分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An engineering approach to critical software certification
A significant number of computer based systems currently exist that perform human related critical functions (e.g., medical diagnosis/treatment support, weapon systems, banking financial systems, transportation systems). The Software Engineering Directorate (SED) of the United States Army Aviation and Missile Command (AMCOM) develops and maintains numerous critical systems that fall into this category. Prior to operational deployment of AMCOM aviation and missile systems, the SED has responsibility for the certification of these critical systems. The paper describes a four pronged engineering based analysis for determining a Flight Readiness Risk Index and a Certification for Flight readiness recommendation.
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