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Open-Loop HIRF Experiments Performed on a Fault Tolerant Flight Control Computer

机译:在容错飞行控制计算机上进行的开环HIRF实验

摘要

During the third quarter of 1996, the Closed-Loop Systems Laboratory was established at the NASA Langley Research Center (LaRC) to study the effects of High Intensity Radiated Fields on complex avionic systems and control system components. This new facility provided a link and expanded upon the existing capabilities of the High Intensity Radiated Fields Laboratory at LaRC that were constructed and certified during 1995-96. The scope of the Closed-Loop Systems Laboratory is to place highly integrated avionics instrumentation into a high intensity radiated field environment, interface the avionics to a real-time flight simulation that incorporates aircraft dynamics, engines, sensors, actuators and atmospheric turbulence, and collect, analyze, and model aircraft performance. This paper describes the layout and functionality of the Closed-Loop Systems Laboratory, and the open-loop calibration experiments that led up to the commencement of closed-loop real-time flight experiments.
机译:1996年第三季度,在美国宇航局兰利研究中心(LaRC)建立了闭环系统实验室,以研究高强度辐射场对复杂航空电子系统和控制系统组件的影响。这个新设施提供了一个链接,并扩展了LaRC高强度辐射场实验室的现有功能,这些功能是在1995-96年间建造和认证的。闭环系统实验室的范围是将高度集成的航空电子仪器放置在高强度辐射场环境中,将航空电子与包含飞机动力学,引擎,传感器,执行器和大气湍流的实时飞行模拟相连接,并进行收集,分析和模拟飞机性能。本文介绍了闭环系统实验室的布局和功能,以及导致闭环实时飞行实验开始的开环校准实验。

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  • 作者

    Koppen Daniel M.;

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  • 年度 1997
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  • 原文格式 PDF
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