A new speech sources separation and speaker tracking technique is introduced based on microphone arrays.
本文介绍一种新的基于麦克风阵列的语音分离和说话人跟踪技术。
Then, this paper investigates the solutions, i. e. calibration approaches of model errors of microphone arrays.
其次研究了解决方法，即麦克风阵列模型误差校正方法。
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。
The current research directions of microphone arrays are speech localization and speech enhancement. The related algorithms are various.
目前，麦克风阵列的研究方向主要集中在语音定位和语音增强，各种处理算法层出不穷。
The contrasts between the advantages in the theory and the performances in practical applications are the current main problems in microphone arrays.
麦克风阵列理论上的优越性与实际应用中性能的反差，成为麦克风阵列现阶段研究的热点。
Background noise reproduction for the evaluation of telecommunication devices, such as a mobile phone, was investigated using the measurement of spherical microphone arrays.
本文通过球面传声器阵列测量法，研究了用于评估通信设备(例如移动电话)的背景噪声重放问题。
Isotropic noise field, being of importance to many microphone arrays simulation and adaptive noise cancellation systems, is a famous characteristic in room acoustic environment.
等方向性噪声是室内声学环境中的一个显著特征，对于很多麦克风阵列和自适应消噪系统而言，具有重要意义。
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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