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Audio-visual discrepancy and the influence on vertical sound source localization

机译:视听差异及其对垂直声源定位的影响

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Human audio perception is influenced by vision and vice versa. The effect and thresholds of perceptual fusion, for example the ventriloquism-effect, are well investigated for natural listening conditions in the horizontal plane. Modern reproduction approaches for realistic spatial audio, e.g. binaural reproduction, promise more realistic sound reproduction, though, including proper perception of direction, distance, and elevation. This raises the question if the thresholds of perceptual fusion in audio reproduction systems that consider elevation are the same as in natural listening conditions. To estimate the influence of audiovisual discrepancy on vertical sound source localization via binaural headphones, two experiments were conducted. Results show an effect of similar magnitude for the vertical and horizontal plane.
机译:人类的音频感知会受到视觉的影响,反之亦然。对于水平面中的自然聆听条件,已经很好地研究了知觉融合的效果和阈值(例如,腹语效应)。用于真实空间音频的现代再现方法,例如但是,双耳再现有望实现更逼真的声音再现,包括对方向,距离和仰角的正确感知。这就提出了一个问题,即考虑到海拔的音频再现系统中的感知融合阈值是否与自然聆听条件下的阈值相同。为了评估视听差异对通过双耳耳机进行的垂直声源定位的影响,进行了两个实验。结果显示,垂直和水平平面的效果相似。

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