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Line Array Optimization through Innovative Multichannel Filtering

机译:通过创新的多通道过滤线阵列优化

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Element dependent filtering offers the possibility to optimize the sound coverage of vertical line arrays: distance dependent frequency response, as well as mid-low frequency beaming and air absorption can be partially compensated. Simulation of array elements contributions to venue acoustics is normally the input data for filters calculation, but some phenomena exist in the real world which are hardly addressed by simulations: for example, the dispersion of transducers responses, as well as the acoustic paths atmospheric conditions, among different array elements. This awareness induced us to develop an algorithm with the aim of being robust against these inaccuracies.
机译:元件相关的滤波提供了优化垂直线阵列的声音覆盖的可能性:距离相关频率响应,以及中低频光束和空气吸收可以部分地补偿。阵列元素对场地声学的贡献通常是过滤器计算的输入数据,但是在实际世界中存在一些现象,这几乎没有通过模拟解决:例如,换能器反应的分散,以及声学路径大气条件,在不同的数组元素中。这种意识诱导我们开发一种算法,目的是对这些不准确性的稳健。

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