AbstractA method for classifying moving objects having a seismic effect on the ground surface is proposed which is based on statist'/> Object Classification Based on Analysis of Spectral Characteristics of Seismic Signal Envelopes
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Object Classification Based on Analysis of Spectral Characteristics of Seismic Signal Envelopes

机译:基于地震信号包络谱特性分析的对象分类

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AbstractA method for classifying moving objects having a seismic effect on the ground surface is proposed which is based on statistical analysis of the envelopes of received signals. The values of the components of the amplitude spectrum of the envelopes obtained applying Hilbert and Fourier transforms are used as classification criteria. Examples illustrating the statistical properties of spectra and the operation of the seismic classifier are given for an ensemble of objects of four classes (person, group of people, large animal, vehicle). It is shown that the computational procedures for processing seismic signals are quite simple and can therefore be used in real-time systems with modest requirements for computational resources.]]>
机译:<![CDATA [ABARTTAL ID =“ABS1”语言=“en”> <标题>抽象 ara>用于对在地面上具有地震效果的移动物体的方法,是基于统计的 接收信号信封分析。 应用Hilbert和傅里叶变换的包络的幅度谱的组分的值用作分类标准。 示出了光谱的统计特性和地震分级器的操作的实例,用于四个类(人,人,大型动物,车辆)的物体的集合。 结果表明,用于处理地震信号的计算过程非常简单,因此可以用于具有适度计算资源要求的实时系统中。 ]]>

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