The sound source localization method based on four-element planar crisscross array is investigated and the localization equations are derived, followed by the performance analysis.
本文研究了平面四元十字阵的定位原理和算法,并对其定向精度以及远场假设误差进行了仿真分析。
A new sound source localization and tracking method based on microphone array is presented for speaker tracking problem in noisy and reverberant environments.
一个新的声源定位与跟蹤方法,提出了基于麦克风阵列扬声器跟蹤问题在嘈杂和混响环境。
First, this paper illustrates a typical sound source localization algorithm and a typical speech enhancement algorithm of microphone arrays, which are considered as basis of analysis of performance.
本文首先阐述了两种典型的麦克风阵列语音定位、增强算法,将它们作为算法性能分析基础。
Also confirmed the effectiveness of sound source localization system, and the results confirmed a high positioning accuracy.
同时也证实了本声源定位系统的有效性,处理结果证实定位精度较高。
The sound source localization method based on four-element planar crisscross array was investigated and the localization equations are derived followed by the performance analysis.
在阵列布设方面,本文重点研究了平面四元阵和平面五元阵的定位原理和算法,并进行误差分析和仿真比较。