An implementers' view of systems engineering for systems of systems

J. Dahmann, G. Rebovich, J. Lane, Ralph Lowry, Kristen J. Baldwin
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引用次数: 120

Abstract

This paper builds on and extends U.S. Department of Defense published guidance on systems engineering (SE) of systems of systems (SoS) by developing and presenting a view of SoS SE that translates the SoS SE core elements, their interrelationships, and SoS decision-making artifacts and information from a “trapeze” model to a more familiar and intuitive time-sequenced “wave” model representation. The information is thus rendered in a form more readily usable by SoS SE practitioners in the field and one that corresponds with incremental development approaches that are the norm for SoS capability evolution. The paper describes and motivates the development of the wave model, discusses its key characteristics, and provides examples of SoS efforts that reflect this view of SoS SE. Finally, the paper describes how the information critical to successful SoS SE is created, where it fits into the wave model, how it evolves over time, and in which artifacts the information is normally contained.
系统的系统的系统工程实现者的观点
本文建立并扩展了美国国防部发布的关于系统的系统工程(SE)的指南,通过开发和呈现一个将系统的系统工程(SE)核心元素、它们之间的相互关系、以及将系统的决策工件和信息从“空中飞人”模型转换为更熟悉和直观的时间顺序“波”模型表示的系统工程(SE)视图。因此,信息以一种更容易被该领域的SoS SE从业者使用的形式呈现,并且与作为SoS能力发展规范的增量开发方法相对应。本文描述并推动了波浪模型的发展,讨论了其关键特征,并提供了反映SoS SE观点的SoS努力的例子。最后,本文描述了对成功的SoS - SE至关重要的信息是如何创建的,它在哪里适合于波模型,它是如何随时间演变的,以及信息通常包含在哪些工件中。
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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