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FDI(R) for satellite at Thales Alenia Space how to deal with high availability and robustness in space domain?

机译:Thales Alenia Space的卫星FDI(R)如何处理空间领域的高可用性和鲁棒性?

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European leader for satellite systems and at the forefront of orbital infrastructures, Thales Alenia Space is a joint venture between Thales (67%) and Finmeccanica (33%) and forms with Telespazio a Space Alliance. Thales Alenia Space is a worldwide reference in telecoms, radar and optical Earth observation, defense and security, navigation and science. Thales Alenia Space has 11 industrial sites in 4 European countries (France, Italy, Spain and Belgium) with over 7,200 employees worldwide. Satellite evolution and wish to design more autonomous mission imply an enhancement of satellite architecture and to pay special attention to the FDIR. Nevertheless the constraints on the FDIR technique and strategy stay still invariant : robustness, reactive detection, quick isolation / identification and validation. This paper gives first the current context of FDIR by describing the approach implemented on Telecommunication satellite and more precisely one of the most FDIR sensible subsystem : the AOCS (Attitude and Orbit Control System). Following current state of FDIR in the Space domain, some perspectives will be introduced like a centralized distributed FDIR strategy for next generation of autonomous satellites and some research tracks like active diagnosis and hybrid diagnosis.
机译:Thales Alenia Space是卫星系统和轨道基础设施领域的欧洲领导者,是Thales(67%)和Finmeccanica(33%)之间的合资企业,并与Telespazio建立了太空联盟。 Thales Alenia Space是电信,雷达和光学地球观测,国防与安全,导航和科学领域的全球参考。 Thales Alenia Space在4个欧洲国家(法国,意大利,西班牙和比利时)拥有11个工业基地,在全球范围内拥有7200多名员工。卫星的发展以及希望设计更多自主任务的想法意味着卫星结构的增强,并特别关注FDIR。尽管如此,对FDIR技术和策略的约束仍然是不变的:鲁棒性,反应性检测,快速隔离/识别和验证。本文首先通过描述在电信卫星上实现的方法,更确切地说是对FDIR最敏感的子系统之一:AOCS(姿态和轨道控制系统),来介绍FDIR的当前背景。遵循空间域中FDIR的当前状态,将介绍一些观点,例如用于下一代自主卫星的集中式分布式FDIR策略,以及一些研究方向,例如主动诊断和混合诊断。

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