Both auralization and visualization are very important for building up a virtual sound environment.
可听化和可视化是构建虚拟视听环境的两个重要方面。
Based on the related parameter transformation from virtual image to virtual sound environment, the integration of virtual image and virtual sound field was investigated in this paper.
主要初步探讨和研究了通过虚拟图像到虚拟声环境有关参数的转换，从而实现虚拟图像与虚拟声场的一体化。
Virtual Auditory Space is to add the 3D virtual sound simultaneously with the vision in virtual environment, and make the sound of virtual environment approach that of the real sound field.
虚拟听觉空间就是在虚拟环境中加入与视觉并行的三维虚拟声音，使收听者在模拟环境中收听到的声信号逼近在真实环境声场中收听到的声信号。
The Google VR audio system surrounds the listener with a high number of virtual loudspeakers to reproduce sound waves coming from any direction in the listener's environment.
谷歌VR音频系统围绕着侦听器与大量的虚拟扬声器繁殖声波来自任何方向的侦听器的环境。
The Google VR audio system surrounds the listener with a high number of virtual loudspeakers to reproduce sound waves coming from any direction in the listener's environment.
谷歌VR音频系统围绕着侦听器与大量的虚拟扬声器繁殖声波来自任何方向的侦听器的环境。
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