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首页> 外文期刊>Japanese Journal of Applied Physics. Part 1, Regular Papers, Brief Communications & Review Papers >Neural Network Approach for Automatic Classification of Ship-Radiated Noise
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Neural Network Approach for Automatic Classification of Ship-Radiated Noise

机译:船舶辐射噪声自动分类的神经网络方法

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摘要

Tonal signals from ship-radiated noise contain important information for a ship's design, maintenance, operating condition diagnosis, and machinery monitoring. The signals mainly consist of two components—the speed-dependent component and the speed-independent component. Therefore, some procedures are required to detect and classify the tonal signals from ship-radiated noise. We apply two neural network approaches for the detection of a tonal signal by peak extraction, and the classification of the tonal signal by pattern recognition in some numerical experiments on a simulation signal and ship-radiated noise obtained from a real ship.
机译:来自船舶辐射噪声的音调信号包含有关船舶设计,维护,运行状况诊断和机械监控的重要信息。信号主要由两个分量组成:速度相关分量和速度独立分量。因此,需要一些程序来检测和分类来自舰船辐射噪声的音调信号。我们应用两种神经网络方法通过峰值提取来检测音调信号,并在一些模拟实验和从真实船舶获得的船舶辐射噪声的数值实验中,通过模式识别对音调信号进行分类。

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