基于阵列技术的波场合成与分析

D. de Vries, M. M. Boone
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引用次数: 56

摘要

波场合成(WFS)的概念是由Betkhout于1988年提出的。它能够在扬声器阵列限定的音量或区域内产生具有自然时间和空间特性的声场。应用被发现在实时表演,以及在多轨录音的再现。一个合乎逻辑的下一步是Berkhout在1997年提出了一个新的波场分析(WFA)概念,即用麦克风阵列记录外壳中的声场,并用声学成像中常用的后处理技术进行分析。这样,声场的时间和空间特性都可以被研究和理解。WFS和WFA在听觉化应用中相结合:沿着麦克风位置阵列测量(或建模)的声场可以由扬声器阵列产生,用于感知评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wave field synthesis and analysis using array technology
The concept of wave field synthesis (WFS) was introduced by Betkhout in 1988. It enables the generation of sound fields with natural temporal and spatial properties within a volume or area bounded by arrays of loudspeakers. Applications are found in real time performances as well as in reproduction of multitrack recordings. A logic next step was the formulation of a new wave field analysis (WFA) concept by Berkhout in 1997, where sound fields in enclosures are recorded with arrays of microphones and analyzed with postprocessing techniques commonly used in acoustical imaging. This way, both the temporal and spatial properties of the sound field can be investigated and understood. WFS and WFA meet in auralization applications: sound fields measured (or modeled) along arrays of microphone positions can be generated by arrays of loudspeakers for perceptual evaluation.
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