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首页> 外文期刊>Journal of KONBiN >Artificial Neural Networks as Applied to Aircraft Flight Test Planning / Wykorzystanie Sztucznych Sieci Neuronowych W Planowaniu Badań W Locie
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Artificial Neural Networks as Applied to Aircraft Flight Test Planning / Wykorzystanie Sztucznych Sieci Neuronowych W Planowaniu Badań W Locie

机译:人工神经网络在飞机飞行测试计划中的应用

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摘要

Any flight test programme is essentially based on a flight test plan, i.e. a document agreed upon and accepted by all the parties interested in the tests, and authorised by the superior body/authorities responsible for the execution of the tests. The flight test plan determines the number of flights and flight hours indispensable to verify whether a given aircraft satisfies specified requirements. Many and various external factors may have significant and adverse effect on the execution of the flight test program according to the earlier agreed schedule. The study also covers the structure of a model of a management system for aircraft prototype testing, and the structure of artificial neural network (ANN) developed on the basis of experimentally gained data from the military aircraft testing. A mathematical model based on the artificial neural network and its potential for the managing of aircraft prototypes testing has been formulated as well.
机译:任何飞行测试程序基本上都是基于飞行测试计划的,即对测试感兴趣的各方都同意并接受的文件,并由负责执行测试的上级机构授权。飞行测试计划确定必不可少的飞行次数和飞行小时数,以验证给定的飞机是否满足指定要求。根据先前商定的时间表,许多外部因素可能会对飞行测试程序的执行产生重大不利影响。该研究还涵盖了用于飞机原型测试的管理系统模型的结构,以及基于从军用飞机测试中获得的实验数据开发的人工神经网络(ANN)的结构。还建立了基于人工神经网络的数学模型及其在管理飞机原型测试中的潜力。

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