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Concept, architecture and simulation considerations for a cognitive recovery unit on-board interplanetary spacecraft.

机译：认知恢复单位车载行星际航天器的概念，架构和模拟考虑因素。

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The objective of the introduced cognitive recovery unit is to reliably ensure mission operability by providing the means for exception handling on-board future spacecraft and thus, enable its goal-based mission continuation. In the focus of this paper are especially interplanetary spacecraft for their latencies in communication due to their distance to Earth and possible blockages by planets or the Sun. The concept aims at responding quickly and effectively to unanticipated events and thus, ensuring safe and high-performance operations for increased science return by achieving less safe mode events. This paper shows the respective concept, proposes a suitable architecture for the implementation on-board spacecraft and summarizes simulation considerations for a proof-of-concept study.
机译：引入的认知回收单元的目的是通过提供例外处理未来航天器的手段来可靠地确保任务可操作性，从而使其基于目标的任务延续。在本文的焦点中，尤其是截止行动的航天器，因为它们与地球的距离和行星或太阳可能堵塞的距离而导致的延迟。该概念旨在快速有效地响应意外事件，从而确保通过实现更安全的模式事件来确保加强科学返回的安全和高性能操作。本文展示了各个概念，提出了适当的架构，用于实施车载航天器，并总结了概念证明研究的模拟考虑因素。

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