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The Research of Autonomous In-orbit Health Management System for China’s Manned Spacecrafts

机译:中国载人航天器自主在轨健康管理系统研究

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The development trend of manned spacecraft is long-term in-orbit flight and long-term astronaut’s residency. Under the condition of limited TT&C resource, the autonomous health management of spacecraft is a critical and mandatory system to ensure the safety of the astronauts and platform. Based on the discussion of the autonomous health management objectives and management modes of manned spacecraft and combining the distribution and hierarchical information structure of China’s manned spacecraft, this paper elaborates an autonomous health management system. This autonomous health management system adopts a by-level safety threshold management method by establishing a mapping database between different important risk safety thresholds and system safety modes. When the key parameters reach different pre-set thresholds, the system autonomously downgrades and reconstructs the aircraft functionalities in the event of failure to realize optimal auto-processing and solves the issue between randomness of auto-processing and task continuity. The research has been applied to the China’s Space Station.
机译:载人航天器的发展趋势是长期在轨飞行和长期宇航员的居住。在测控资源有限的情况下,航天器的自主健康管理是确保宇航员和平台安全的关键和强制性系统。在讨论载人航天器自主健康管理目标和管理模式的基础上,结合我国载人航天器的分布和层次信息结构,阐述了自主健康管理系统。该自主健康管理系统通过在不同的重要风险安全阈值和系统安全模式之间建立映射数据库,采用了分级安全阈值管理方法。当关键参数达到不同的预设阈值时,系统会在故障情况下自动降级并重建飞机功能,以实现最佳自动处理,并解决自动处理的随机性与任务连续性之间的问题。这项研究已经应用于中国的空间站。

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