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首页> 外文期刊>Advances in Acoustics and Vibration >Spectral Biomimetic Technique for Wood Classification Inspired by Human Echolocation
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Spectral Biomimetic Technique for Wood Classification Inspired by Human Echolocation

机译:人体仿生启发的仿生光谱仿生技术

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Palatal clicks are most interesting for human echolocation. Moreover, these sounds are suitable for other acoustic applications due to their regular mathematical properties and reproducibility. Simple and nondestructive techniques, bioinspired by synthetized pulses whose form reproduces the best features of palatal clicks, can be developed. The use of synthetic palatal pulses also allows detailed studies of the real possibilities of acoustic human echolocation without the problems associated with subjective individual differences. These techniques are being applied to the study of wood. As an example, a comparison of the performance of both natural and synthetic human echolocation to identify three different species of wood is presented. The results show that human echolocation has a vast potential.
机译:human骨点击对于人类回声定位最为有趣。而且,这些声音由于其规则的数学特性和可再现性而适用于其他声学应用。可以开发出简单,无损的技术,该技术受到合成脉冲的启发,其形式可再现pa声的最佳特征。合成pa脉冲的使用还允许对人类回声的真实可能性进行详细研究,而不会出现与主观个体差异相关的问题。这些技术被应用于木材研究。例如,介绍了自然回声定位和人工合成回声定位以识别三种不同木材的性能的比较。结果表明,人的回声定位具有巨大的潜力。

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