利用DoDAF2.0为科技任务设计量身定制系统架构

Nicholas Merski, J. Colombi
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引用次数: 2

摘要

系统体系结构的使用,遵循一组来自体系结构框架的集成描述,已经在国防部采买和系统工程中被很好地编纂。然而,在空间科技界,这种指导和实践受到的关注要少得多。本文概述了一种接受国防部架构框架2.0 (DoDAF2.0)新焦点的方法,重点是数据和对采买决策分析的支持。在将Space S&T生命周期分解为阶段,使用过程模型设计里程碑和活动之后,我们提出了一组生命周期成熟的模型和Fit-for-Purpose视图。我们的方法使DoDAF2.0与科技任务更加相关和集成,并且便于与现有文档的重用。
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Tailored system architecture for design of S&T missions using DoDAF2.0
The use of systems architecture, following a set of integrated descriptions from an architecture framework, has been well codified in Department of Defense acquisition and systems engineering. 12However, in the Space Science and Technology (S&T) community, this guidance and practice receives much less attention. This paper outlines an approach to embrace the new focus of DoD Architecture Framework 2.0 (DoDAF2.0), with an emphasis on data and support to acquisition decision analysis. After decomposing the Space S&T lifecycle into phases, design milestones and activities using process models, we then propose a set of lifecycle-matured models and Fit-for-Purpose views. Our approach makes DoDAF2.0 more relevant and integrated with S&T missions, as well as facilitates reuse with existing documentation.
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