NASA Quality Assurance in an MBSE World

S. Cornford, David Kotsifakis, S. Beckman, M. Feather, J. Evans
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引用次数: 1

Abstract

Over the past decade or so, improvements and changes in descriptive models of systems have been occurring. This has mainly come about in the shift from a document-centered approach to an approach using a dedicated language known as the Systems Modeling Language (SysML). SysML has allowed Systems Engineers (SEs) to consolidate information about a system and even automate some tasks leaving the SEs to concentrate on the actual engineering and decision-making. Many of our quality assurance (QA) tasks either overlap or interface with systems engineering tasks, thus, it is important for quality engineers to understand and contribute to these system engineering models. We will explore some of the ways in which QA processes and products may be model within the framework of SysML. First let us look at how quality can be assured by using requirement elements in a systems model.
NASA在MBSE世界中的质量保证
在过去十年左右的时间里,系统描述模型的改进和变化一直在发生。这主要是由于从以文档为中心的方法转变为使用称为系统建模语言(SysML)的专用语言的方法。SysML允许系统工程师(SEs)整合关于系统的信息,甚至自动化一些任务,使SEs专注于实际的工程和决策。我们的许多质量保证(QA)任务要么与系统工程任务重叠,要么与系统工程任务交互,因此,质量工程师理解并参与这些系统工程模型是很重要的。我们将探讨在SysML框架内对QA过程和产品进行建模的一些方法。首先让我们看看如何通过在系统模型中使用需求元素来保证质量。
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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