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首页> 外文期刊>Journal of KONBiN >The Use of a Fuzzy Logic to Eliminate an Error in Measuring the Flight Altitude of the W-3 a??Sok?3??a?? Helicopter
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The Use of a Fuzzy Logic to Eliminate an Error in Measuring the Flight Altitude of the W-3 a??Sok?3??a?? Helicopter

机译:使用模糊逻辑消除W-3 a ?? Sok?3 ?? a ?? a ??的飞行高度测量中的误差直升机

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摘要

Along with the growing technology, helicopters are equipped with increasingly complex avionics and operational control systems. Such devices use a variety of input signals in order to enhance their performance. Owing to the use of electronic control systems, modern helicopters have a wide range of possibilities, both in terms of manoeuvrability and combat. The article presents a case study of designing equipment control systems on the example of a radio altimeter, which is mounted onboard the W-3 a??Sok?3??a?? helicopter. The primary assumption was to design a fuzzy controller using FuzzyLogic Toolbox in the Matlab software package that will facilitate similar results, and, above all, will eliminate the altitude measurement error resulting from the bank of a helicopter.
机译:随着技术的发展,直升机配备了越来越复杂的航空电子设备和作战控制系统。这样的设备使用各种输入信号以增强其性能。由于使用了电子控制系统,现代直升机在机动性和战斗性方面都有广泛的可能性。本文以无线电高度仪为例,介绍了设计设备控制系统的案例研究,该高度仪安装在W-3 a ?? Sok?3 ?? a?直升机。最初的假设是使用Matlab软件包中的FuzzyLogic Toolbox设计模糊控制器,这将有助于获得相似的结果,并且最重要的是,将消除由直升机倾斜引起的高度测量误差。

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