使用Kinect传感器定位不同位置的声源

Jason Orchard, Yusuke Hioka
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引用次数: 1

摘要

提出了一种新的声源定位声信号处理算法,并利用两个微软Kinect传感器实现了该算法。所提出的方法使用两阶段方法进行声源定位。首先进行粗粒位置估计,然后通过估计多个二维空间区域的功率谱密度对声源位置进行更精确的估计。本文概述了声源定位方法能够在一系列预定义的空间区域内对声源进行定位。对该方法的测试表明,它能够在保持低计算成本的同时定位有源,并且在存在环境噪声的情况下保持良好的定位性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Localisation of a sound source in different positions using Kinect sensors
A novel acoustic signal processing algorithm for sound source localisation is proposed and is implemented using two Microsoft Kinect sensors. The proposed method performs sound source localisation using a two stage method. A coarse grain location estimate is first made followed by a more accurate estimate of sound source location by estimating power spectral densities of a number of two-dimensional spatial regions. The paper outlines the sound source localisation method is able to localise a sound source within a series of predefined spatial regions. Testing of the proposed method shows it is able to localise an active sound source whilst maintaining low computational cost and can maintain good localisation performance whilst ambient noise is present.
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