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Functional Capabilities In Complex Project Engineering

机译:复杂项目工程中的功能能力

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摘要

Recent performance in the acquisition of large scale defense systems has not met expectations. The acquisition community in the U.S. Department of Defense has been challenged by the department's transition to network-centric warfare, which leverages complex system collaborations to achieve significant new capabilities. Developing systems of systems or systems of services requires evolved system engineering and project management practices, and better integration of both. This paper presents early learning in this regard from one ongoing system-of-systems development program, the Single Integrated Air Picture (SIAP). A "functional capability" concept evolved to become a potentially unique definition of a project that has proved useful in a system-of-systems development context. This paper then explains a recommended structured-development approach built on Functional Capabilities that yields artifacts promoting communication, specification, and work phasing. It also compares the approach to the CMMI? to demonstrate the wide process applicability of Functional Capabilities.
机译:最近在收购大规模防御系统时的表现尚未满足预期。美国国防部的收购界已经受到该部门向以网络为中心的战争的挑战,从而利用复杂的系统合作来实现重要的新能力。系统或服务系统的发展系统需要演进的系统工程和项目管理实践,以及更好地整合两者。本文在这方面提出了一种从一个持续的系统系统开发计划,单一集成空中图片(SIAP)。 “功能能力”概念演变为成为一个在系统系统开发背景中有用的项目的潜在独特的定义。然后,本文解释了建议的结构化开发方法,该方法构建了功能能力,从而产生促进通信,规范和工作阶段的工件。它也比较了CMMI的方法?展示功能能力的广泛过程适用性。

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