基于脉冲响应阵列测量的波场合成室内声学的听觉化

D. Vries, E. Hulsebos
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引用次数: 11

摘要

波场合成(WFS)能够为更大的人群正确地再现声学事件的空间。这些事件通常包括记录空间的声学信息,然后在与声源卷积后将其“听觉化”。声学信息是通过测量脉冲响应来获取的。只有沿着麦克风位置的阵列(例如,线性或圆形)测量响应时才能获得空间信息。在演示中,将解释如何将测量的数据集参数化并以最有效的方式进行处理以再现:由于人类听觉系统区分时间和空间细节的能力有限,可能会减少大量数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Auralization of room acoustics by Wave Field Synthesis based on array measurements of impulse responses
Wave Field Synthesis (WFS) enables correct spatial reproduction of acoustic events for larger groups of people. Such events often include acoustic information of the recording space which is then “auralized” after convolution with the sound sources. The acoustic information is acquired by measuring impulse responses. Spatial information is only obtained when the responses are measured along arrays (e.g., linear or circular) of microphone positions. In the presentation it will be explained how the measured datasets are parameterized and processed to be reproduced in the most efficient way: significant data reduction is possible due to the limited ability of the human hearing system to discriminate temporal and spatial details.
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