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Detection, classification and identification of helicopters out of their acoustic signature by soft-computing-based algorithm

机译:通过基于软计算的算法对直升机进行声学识别,从而对直升机进行检测,分类和识别

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Helicopters are still a kind of weapon which can not be opposed easly by common anti-plane weapons, as they can hide themselfs beneath houses, trees or hills and even when they got detectible in their attacking phase the time for identification and opposing is more or less a few seconds only. For that reason it is necessary to locate, to classify and to iendtify them as soon as possible by non optical classification systems as for example by their acustical,, finger-print``. In this paper we present a soft-computing-based algorithm which can detect helocpters out of a abitary acoustic scene and can identify them by their non-changeable acustical nosie behaviour. We will show that a special preproecessing algorithm based on the so called GAS-and FD-representions enables this algorithm to demodulate acoustic scenes in that way that all kind of helicopter-main-tail-and helicopter-back-tail=frequencies can be detected very clearly and that he integrated neural classifier can use this helicopter-typical features for an identification of 99, 2
机译:直升机仍然是普通反飞机武器无法轻易对付的一种武器,因为它们可以将自己隐藏在房屋,树木或丘陵下,甚至在攻击阶段被发现时,识别和对峙的时间也就更多了。不到几秒钟而已。出于这个原因,有必要通过非光学分类系统,例如通过其非声学指纹来尽快定位,分类和识别它们。在本文中,我们提出了一种基于软计算的算法,该算法可以从任意声场中检测出直升机,并可以通过其不可改变的非声学噪声行为来识别它们。我们将展示一种基于所谓的GAS和FD表示的特殊预处理算法,该算法可以解调声学场景,从而可以检测到各种直升机主尾和直升机后尾=频率。非常清楚,并且他集成的神经分类器可以使用直升机的典型特征来识别99、2

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