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Reducing the cognitive workload: Trouble managing power systems

机译:减少认知工作量:麻烦管理电源系统

摘要

The complexity of space-based systems makes monitoring them and diagnosing their faults taxing for human beings. Mission control operators are well-trained experts but they can not afford to have their attention diverted by extraneous information. During normal operating conditions monitoring the status of the components of a complex system alone is a big task. When a problem arises, immediate attention and quick resolution is mandatory. To aid humans in these endeavors we have developed an automated advisory system. Our advisory expert system, Trouble, incorporates the knowledge of the power system designers for Space Station Freedom. Trouble is designed to be a ground-based advisor for the mission controllers in the Control Center Complex at Johnson Space Center (JSC). It has been developed at NASA Lewis Research Center (LeRC) and tested in conjunction with prototype flight hardware contained in the Power Management and Distribution testbed and the Engineering Support Center, ESC, at LeRC. Our work will culminate with the adoption of these techniques by the mission controllers at JSC. This paper elucidates how we have captured power system failure knowledge, how we have built and tested our expert system, and what we believe are its potential uses.
机译:天基系统的复杂性使得监视它们并诊断它们的故障给人类增加了负担。任务控制操作员是训练有素的专家,但他们无法将注意力转移到无关的信息上。在正常操作条件下,仅监视复杂系统组件的状态是一项艰巨的任务。出现问题时,必须立即注意并迅速解决。为了帮助人类进行这些工作,我们开发了自动化咨询系统。我们的咨询专家系统Trouble吸收了空间站自由电力系统设计人员的知识。 Trouble被设计为约翰逊航天中心(JSC)控制中心综合大楼的任务控制器的地面顾问。它是由美国宇航局刘易斯研究中心(LeRC)开发的,并与包含在电源管理和配电测试台中的原型飞行硬件以及位于LeRC的ESC工程支持中心一起进行了测试。 JSC的任务负责人采用这些技术将使我们的工作达到高潮。本文阐明了我们如何获取电力系统故障知识,如何构建和测试专家系统以及我们认为其潜在用途。

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