任务空间体系结构、过程建模和能力分析的快速概念发展

David Flanigan, Bruce W. Schneider, J. Wolfrom
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引用次数: 0

摘要

早期的系统工程并不关注架构、备选方案和性能之间的自然三角关系。因此,在发展系统概念时,对概念性贸易空间的早期理解集中在连续和独立的努力上。这种方法充斥着效率低下、对前一步的广泛和不正确的假设,最终导致大量的返工和整个项目团队的不统一工作。本文提供了一种方法,通过一个说明性的例子来说明这三个要素是相互联系的,同时构建它们可以提高概念开发的效率。本文的结果突出了通常在串行过程中开发的元素之间的平行关系。该方法提供了一种方法,可以将相关的体系结构、备选方案和性能元素持续地构建在一起。
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Rapid concept development of the mission space architecture, process modeling, and capability analysis
Early system engineering is not focused on the natural triangle of relationships between architecture, alternatives and performance. As a result, early understanding of conceptual trade space is focused on a sequential and independent effort when developing the system concept. This method is rife with inefficiency, broad and incorrect assumptions of the preceding step, ultimately leading to large amounts of rework and a non-unifying effort throughout the project team. This paper provides a means to show through an illustrative example that these three elements are interconnected and building them simultaneously improves the efficiency of concept development. The results of the paper highlight the parallel relationships between the elements that are usually developed in a serial process. This method provides the means to continuously build related architecture, alternatives, and performance elements together.
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