For the acoustic source localization, a distributed localization method with unknown source energy is proposed.
对于声音源定位，本文提出了一种源能量未知情况下的分布式声音源定位方法。
This paper discusses the feasibility of broadband matched field source localization in F-Lake with a single hydrophone.
研究利用单个水听器对宽带水下声源进行匹配场定位的可行性问题。
The second key technique on time delay estimation based acoustic source localization is the structure of microphone arrays.
基于时延的被动声源定位研究的第二个关键技术是阵列的布设。
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。
In this paper, a new technique about long distance source localization with passive synthetic aperture sonar array is presented.
该文讨论了被动合成孔径声呐远程定位问题。
The speech source localization technology based on microphone array has been abroad applied to communication and speech signal processing.
基于麦克风阵列的声源定位技术在通信、语音处理等领域得到广泛的应用。
In this paper, the source of brain electric signal, the importance of brain electric source localization and the method of brain electric source localization are investigated.
本文对脑电信号产生的根源、脑电信号源定位的重要性以及脑电信号源定位方法进行了探讨。
Because of the complexity of ocean environment, until now, there is no efficient method that can solve long-range source localization in time under real environmental condition.
由于海洋环境的复杂性，直到现在仍然没有一种有效的能够实时解决真实环境中远距离声源的定位方法。
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。
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。
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。
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