Neural network approach to seismic signal analysis

Foo Say Wei, Lin Ming Yee
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Abstract

The paper summarises the preliminary findings of a neural network approach to automatic classification of moving objects based on seismic signals detected through a geophone. Four types of moving objects were considered: human beings, motorcycles, cars and buses. A 32-16-4 network structure was used and the data was preprocessed before neural analysis. The results reveal 92% accuracy in classifying human beings from vehicles. However, only 74% accuracy was achieved in classifying the four different types of moving objects.<>
地震信号分析的神经网络方法
本文综述了基于检波器检测到的地震信号的神经网络运动目标自动分类方法的初步研究成果。他们考虑了四种移动物体:人、摩托车、汽车和公共汽车。采用32-16-4网络结构,对数据进行预处理后再进行神经分析。结果显示,将人与车辆分类的准确率为92%。然而,在对四种不同类型的运动物体进行分类时,准确率仅为74%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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