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SPACE ELEVATOR'S ARCHITECTURAL VIEW -1

机译:空间电梯的架构视图-1

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摘要

The accepted definition of architecture for major systems-of-systems projects is "the structure of components, their relationships, and the principles and guidelines governing their design and evolution over time." Space Systems Architecture has been expanded into a process by the U.S. Department of Defense for their large-scale systems of systems development programs. This paper borrows liberally from a document that describes the steps in the process, DoD Architecture Framework. This practical systems architecture process establishes a framework for Space Elevator systems to be developed and provides a methodology to manage complexity. This approach to developing a family of systems is based upon three architectural views - the operational, systems, and technical standards views. One architectural view is at the top of the processes and establishes the stage for the development of the first Space Elevator. This paper shows the guidelines and steps that must be followed to finalize the Space Elevator Architectural View - 1 (AV-1), Overview and Summary. This paper focuses on components of AV-1, which are the architecture project identification, scope, purpose and viewpoint, findings, and tools and file formats used. This Space Elevator Architectural View-1 is presented as a draft starting point for the Space Elevator project.
机译:大型系统项目的体系结构公认的定义是“组件的结构,它们之间的关系以及控制它们随着时间的推移而设计和发展的原理和准则”。美国国防部已针对其大型系统开发系统将太空系统架构扩展为一个过程。本文自由地借鉴了描述该过程步骤的文档DoD体系结构框架。该实用的系统架构过程为要开发的太空电梯系统建立了框架,并提供了管理复杂性的方法。开发系统系列的这种方法基于三个体系结构视图-操作,系统和技术标准视图。一个架构视图位于流程的顶部,并为第一个太空电梯的开发奠定了基础。本文显示了完成空间电梯建筑视图-1(AV-1),概述和摘要所必须遵循的指南和步骤。本文重点介绍AV-1的组件,这些组件是体系结构项目标识,范围,目的和观点,发现以及所使用的工具和文件格式。此“空间电梯建筑视图-1”作为“空间电梯”项目的初稿提出。

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