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Integrated reasoner for diagnosis in satellite control

机译:卫星控制诊断中的综合推理机

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Abstract: An earlier paper identified satellite control as one of ten space applications suitable for artificial intelligence techniques. Building on this research, we outlined an approach to reasoning that integrates diverse reasoning paradigms for problem solving and discussed how such an approach could reduce the human intervention required for satellite control. Since that time, we have developed a prototype for the reaction wheel assembly of the Hubble Space Telescope to test our theories. This paper discusses (1) the domain of satellite control in general and the reaction wheel assembly in particular, (2) the four reasoning methodologies selected for integration in a reasoning system, (3) the integrating architecture, (4) a description of a sample operation, and (5) our conclusions. !21
机译:摘要:较早的论文将卫星控制确定为适用于人工智能技术的十种空间应用之一。在这项研究的基础上,我们概述了一种推理方法,该方法集成了用于解决问题的各种推理范例,并讨论了这种方法如何减少人造卫星控制所需的人工干预。从那时起,我们为哈勃太空望远镜的反作用轮组件开发了原型,以检验我们的理论。本文讨论(1)一般的卫星控制领域,尤其是反作用轮组件;(2)选择在推理系统中进行集成的四种推理方法;(3)集成体系结构;(4)描述示例操作,以及(5)我们的结论。 !21

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