目前常用的语音分离方法主要有听觉场景分析法和盲信号分离法。
The most two popular algorithms are Computational Auditory Scene Analysis (CASA) and Blind Source Separation.
在环境中的声音会产生各种听觉场景，即发生在空间不同位置上的声音流所形成的“事件”分布。
Sounds in the environment create auditory scenes? Images of things happening at various locations in space.
它主要被用来解决声音分离、分割、声音事件和声音源的刻划及表征、听觉场景分析和音乐分析等问题。
It aims to resolve problems such as sound segregation, segmentation, sound event and source characterization, auditory scene analysis and music analysis, etc.
我叫你们想象下这场景，《面具》里听觉和视觉的轮廓。
And I'm going to ask you to think of all of the images here, the figurations of listening and hearing in the mask.
同时，三维空间声音加入到实时场景中，增加了驾驶者的听觉体验，加强了系统沉浸感。
At the same time, 3d sound added into the graphic scene increase the immersion feel as it supplies the driver hearing sense.
同时，三维空间声音加入到实时场景中，增加了驾驶者的听觉体验，加强了系统沉浸感。
At the same time, 3d sound added into the graphic scene increase the immersion feel as it supplies the driver hearing sense.
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