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Reusable software architectures for aerospace systems

机译:航空航天系统的可重用软件架构

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摘要

Modern, complex control systems for specific application domains often display common system design architectures with similar subsystem functionality and interactions. The similarities between these subsystems in most spacecraft can be exploited to create a model-driven system development environment and then transformed into software or hardware either manually or automatically. Modifications to software and hardware during operations can be similarly made in the same controlled way. The approach is illustrated using a spacecraft attitude determination and control subsystem, but applies equally to other types of aerospace systems.
机译:用于特定应用领域的现代,复杂的控制系统通常会显示具有相似子系统功能和交互作用的通用系统设计架构。可以利用大多数航天器中这些子系统之间的相似性来创建模型驱动的系统开发环境,然后手动或自动将其转换为软件或硬件。可以以相同的受控方式类似地对操作期间的软件和硬件进行修改。该方法使用航天器姿态确定和控制子系统进行了说明,但同样适用于其他类型的航空航天系统。

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