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。
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.
基于射线寻迹的原理，提出了一种对被动声源进行非视距定位的方法。
A new method of NLOS acoustic passive location based on ray tracing is presented.
本文针对无源声纳对运动声源的被动定位跟踪中的病态问题，提出一种基于线性估计、可减轻病态的新方法。
To solve the problem of the ill-condition in locating and tracking a moving source using passive measurements, a new method based on linear estimation is presented in this paper, the.
连续扫描声全息声源识别定位技术是对以往声全息实验方法的改进。
The acoustic holography technique for sound source identification and position by the method of continuously scanning improves the previous acoustic holography experiment.
提出了基于波叠加的噪声源识别和定位方法。
The method of noise source identification and location based on Wave Superposition Method(WSM) is proposed.
本发明方法使静态声源的定位分析更加简单直观，为进一步的降噪工作提供了更准确的依据。
The method makes the position analysis of the static sound source simpler and more intuitive, and provides a more accurate evidence for further noise-reducing work.
一个新的声源定位与跟踪方法，提出了基于麦克风阵列扬声器跟踪问题在嘈杂和混响环境。
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踪方法，提出了基于麦克风阵列扬声器跟踪问题在嘈杂和混响环境。
A new sound source localization and tracking method based on microphone array is presented for speaker tracking problem in noisy and reverberant environments.
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