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Implementation of Fault Management Capabilities for the Flying Laptop Small Satellite Project through a Failure-Aware System Model

机译:通过故障感知系统模型实现便携式笔记本电脑小型卫星项目故障管理能力的实现

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At the Institute of Space Systems at the University of Stuttgart, Germany, a team of doctoral students is currently developing the small satellite Flying Laptop. The design has been performed completely in-house, including the development and implementation of the Flying Laptop on-board software. The current work supports the implementation of Fault Management capabilities in the on-board software and allows for ground station failure analyses during operation of the satellite. We developed a SysML profile, the State Effect Tracking profile, based on the ideas of State Analysis to describe system behavior in-depth. The profile allows the Systems Engineer to model the propagation of effects and failures by tracing along physical relationships between the states associated with components and interfaces. The profile is explained in detail through an example based on the imaging system onboard the Flying Laptop. A further analysis is performed on the telecommunications command chain on the satellite, and a basic model is presented that illustrates how the SET profile has helped to elucidate a potential critical failure within the system as-designed.
机译:在德国斯图加特大学空间系统研究所,一组博士生目前正在开发小型卫星飞行笔记本电脑。该设计已完全在内部完成,包括flying laptop机载软件的开发和实施。当前的工作支持在机载软件中实现故障管理功能,并允许在卫星运行期间对地面站进行故障分析。我们基于状态分析的思想开发了SysML概要文件,即状态效果跟踪概要文件,以深入描述系统行为。该配置文件允许系统工程师通过跟踪与组件和接口相关联的状态之间的物理关系来对影响和故障的传播进行建模。通过基于飞行笔记本电脑上的成像系统的示例详细说明了配置文件。在卫星上的电信命令链上进行了进一步的分析,并提供了一个基本模型,该模型说明了SET配置文件如何帮助阐明设计的系统内的潜在严重故障。

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