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Influence of pinna and ear canal of the dummy head

机译:凹凸和耳腔管的影响

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In order to discuss the head related transfer function(HRTF) of the dummy head (HATS) an influence of pinna and external ear canals of the dumy head are investigated experimentally. The influence of pinna is measured by the difference of HRTF between with pinna and without pinna. The influence of external ear canals is measured by the difference of HRTF between without pinna and closed ear canal. As a result, pinna collects a sound over 1 kllz, for example, in the case of direct incidence, 10 dB up in the range of 6 kHz. Frequency characteristics of ear canal are shown -5~-10dB down in the low frequency range, peak in the 2~4kHz, and decreasing over 4kHz. And measured values of closed ear canal compare with calculated values of 2 spheres model.
机译:为了讨论虚拟头(帽子)的头相关传递函数(HRTF),实验研究了Dumy Head的PinNA和外耳道的影响。 通过与PINNA和没有PINNA之间的HRTF的差异来测量PINNA的影响。 通过没有PINNA和闭合耳道的HRTF的差异来测量外部耳道的影响。 结果,PinNA收集超过1kllz的声音,例如,在直接入射的情况下,在6kHz的范围内为10 dB。 耳道的频率特性在低频范围内显示为-5〜-10dB,峰值在2〜4kHz中,达到4kHz。 并测量闭耳管的值与计算出的2个球体模型的值相比。

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