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The Analysis for Binaural Signal's Characteristics of a Real Source and Corresponding Virtual Sound Image

机译:真实声源和相应虚拟声像的双耳信号特征分析

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3D Audio System could rebuild more realistic and immersive sound effects. The existing 3D audio reconstruction methods mainly consider the physical characteristics of sound filed, less take head's effect on sound transmission process into account. However, when human is located in the sound field, there will have an obvious deviation between perceptual sound image and reconstructed image. Some researchers considered head's effects on the reconstruction of sound field, but they only use simple head model to reproduce sound field in some certain loudspeaker configurations. Therefore, if we want to reconstruct an ideal sound filed, we need to analyze head's effects on the reconstruction of sound field in detail. Thus in this paper, we analyzed and compared binaural signal's characteristics under different loudspeaker configurations and gains. The analysis results may be act as a primary reference for further research about sound field reconstruction etc.
机译:3D音频系统可以重建更逼真的沉浸式音效。现有的3D音频重建方法主要考虑声音的物理特性,很少考虑头部对声音传输过程的影响。但是,当人位于声场中时,感知的声像与重构的像之间会有明显的偏差。一些研究人员考虑了头对声场重建的影响,但他们仅使用简单的头模型来重现某些扬声器配置中的声场。因此,如果要重建理想的声音场,则需要详细分析头部对声场重建的影响。因此,在本文中,我们分析并比较了不同扬声器配置和增益下的双耳信号特性。分析结果可作为进一步研究声场重建等的主要参考。

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