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Systems Engineering and the Role of Integrated Logistics Support (ILS) within the NASA Project Life Cycle Framework

机译:系统工程和NASA项目生命周期框架内的综合物流支持(ILS)的作用

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The NASA Systems Engineering Handbook provides the following definition of Systems Engineering: "Systems Engineering is the art and science of developing an operable system capable of meeting requirements within often opposed constraints." This paper will focus on two "often opposed constraints:" (1) achieve required system performance (mission success) and (2) in a cost-effective manner, and the role of ILS in reconciling these apparently disparate objectives. ILS is the disciplined and unified management of all activities necessary to produce a supportable system design and a reasonable support capability to achieve a predetermined set of measurable objectives within an acceptable cost. In this paper we will discuss the key role of ILS in the Systems Engineering process within the NASA Project Life Cycle framework.
机译:《 NASA系统工程手册》提供了系统工程的以下定义:“系统工程是开发一种可运行的系统的艺术和科学,该系统能够在经常遇到的限制条件下满足要求。”本文将重点讨论两个“经常面临的约束”:(1)以成本有效的方式实现所需的系统性能(任务成功),以及(2)ILS在协调这些看似完全不同的目标中的作用。 ILS是对产生可支持的系统设计和合理的支持能力以在可接受的成本内实现预定的一组可衡量目标所必需的所有活动的有纪律和统一的管理。在本文中,我们将讨论ILS在NASA项目生命周期框架内的系统工程过程中的关键作用。

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