The invention discloses a high-real-time spacecraft autonomous guarantee fault positioning platform, which solves the bottleneck of fault mode knowledge acquisition, realizes high-timeliness fault positioning of a large-scale complex system, and serves as a core function to develop a real-time fault positioning platform capable of being applied to engineering. Knowledge of spacecraft fault modes is accumulated in combination with spacecraft design requirements and designer habits; on the basis of early-stage fault mode analysis, development of a standardized fault mode knowledge acquisition and entry template and a real-time fault positioning algorithm module matched with a data acquisition period is completed. Therefore, a practical high-real-time fault positioning platform which meets the international standard and has a modularized open architecture is developed.
本发明公开高实时性航天器自主保障故障定位平台,解决故障模式知识获取瓶颈,实现大规模复杂系统高时效性故障定位,并作为核心功能开发可供工程应用的实时故障定位平台。结合航天器设计需要、设计人员习惯、对航天器故障模式的知识积累,在前期故障模式分析基础上,完成标准化故障模式知识采集录入模板、与采集数据周期匹配的实时故障定位算法模块开发,并以此开发满足国际标准、模块化开放架构的实用化高实时性故障定位平台。
High-real-time spacecraft autonomous guarantee fault positioning platform
高实时性航天器自主保障故障定位平台
05.11.2021
Patent
Elektronische Ressource
Chinesisch