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On-Board Wireless Communications for Spacecraft Test and Operations

机译:用于航天器测试和操作的机载无线通信

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This paper discusses recent activities at JPL that are focused on the development of wireless communications for data path connectivity between instruments and subsystems within the confines of a single spacecraft. Anticipated benefits of intra-spacecraft wireless links include reduction of cable mass, improved flexibility in spacecraft design or modifications and increased efficiencies during integration and test. This paper describes the framework for this effort, plans for retiring key risks and progress to date. Three of the primary risks addressed under this effort are communications link reliability, scalability and electromagnetic compatibility. In this paper, we will discuss analysis and test methods used to investigate each of these areas. In addition, we will describe a number of use cases for both operational and test applications that are under current investigation and development.
机译:本文讨论了JPL的最新活动,这些活动集中于在单个航天器范围内为仪器和子系统之间的数据路径连接开发无线通信。航天器内部无线链路的预期好处包括减少电缆质量,提高航天器设计或修改的灵活性以及在集成和测试过程中提高效率。本文介绍了此工作的框架,旨在消除主要风险的计划和迄今为止的进展。这项工作解决的三个主要风险是通信链路的可靠性,可伸缩性和电磁兼容性。在本文中,我们将讨论用于研究这些领域的分析和测试方法。另外,我们将描述当前正在研究和开发中的用于操作和测试应用程序的许多用例。

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