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Architecture for Payload Planning System (PPS) Software Distribution

机译:有效负载计划系统(PPS)软件分发的体系结构

摘要

The complex and diverse nature of the pay load operations to be performed on the Space Station requires a robust and flexible planning approach, and the proper software tools which tools to support that approach. To date, the planning software for most manned operations in space has been utilized in a centralized planning environment. Centralized planning is characterized by the following: performed by a small team of people, performed at a single location, and performed using single-user planning systems. This approach, while valid for short duration flights, is not conducive to the long duration and highly distributed payload operations environment of the Space Station. The Payload Planning System (PPS) is being designed specifically to support the planning needs of the large number of geographically distributed users of the Space Station. This paper problem provides a general description of the distributed planning architecture that PPS must support and describes the concepts proposed for making PPS available to the Space Station payload user community.
机译:要在空间站上执行的有效载荷操作的复杂性和多样性,要求一种健壮且灵活的计划方法,以及支持该方法的适当软件工具。迄今为止,在集中式计划环境中已经使用了用于大多数人为操作的计划软件。集中式计划的特征在于:由一小组人执行,在单个位置执行,并使用单用户计划系统执行。这种方法虽然适用于短途飞行,但不利于空间站的长时间运行和高度分散的有效载荷运行环境。有效载荷计划系统(PPS)专​​门用于支持空间站中大量地理上分散的用户的计划需求。本文问题提供了PPS必须支持的分布式规划架构的一般描述,并描述了为使PPS可用于空间站有效载荷用户社区而提出的概念。

著录项

  • 作者

    Howell Eric; Hagopian Jeff;

  • 作者单位
  • 年度 1995
  • 总页数
  • 原文格式 PDF
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