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Multiple sound sources localization in free field using acoustic vector sensor

机译:使用声矢量传感器在自由场中进行多声源定位

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Method and preliminary results of multiple sound sources localization in free field using the acoustic vector sensor were presented in this study. Direction of arrival (DOA) for considered source was determined based on sound intensity method supported by Fourier analysis. Obtained spectrum components for considered signal allowed to determine the DOA value for the particular frequency independently. The accuracy of the developed and practically implemented algorithm was evaluated on the basis of laboratory tests. Both synthetic acoustic signals (pure tones and noises) and real sounds were used during the measurements. Real signals had the same or different energy distribution both on time and frequency domain. The setup of the experiment and obtained results were described in details in the text. Taking the obtained results into consideration is important to emphasize that the localization of the multiple sound sources using single acoustic vector sensor is possible. The localization accuracy was the best for signals which spectral energy distribution was different.
机译:提出了利用声矢量传感器在自由场中进行多声源定位的方法和初步结果。基于傅立叶分析支持的声音强度方法,确定了考虑源的到达方向(DOA)。获得的考虑信号的频谱分量允许独立确定特定频率的DOA值。在实验室测试的基础上评估了已开发并实际实施的算法的准确性。测量期间同时使用了合成声学信号(纯音和噪声)和真实声音。真实信号在时域和频域上具有相同或不同的能量分布。实验的设置和获得的结果在文中有详细描述。考虑到获得的结果对于强调使用单个声学矢量传感器对多个声源进行定位很重要。对于频谱能量分布不同的信号,定位精度最高。

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