其次研究了解决方法，即麦克风阵列模型误差校正方法。
Then, this paper investigates the solutions, i. e. calibration approaches of model errors of microphone arrays.
分析并证明了此算法的信号分离机理及此算法对阵列模型误差稳健的原理。
This article analyzed and proved the mechanism of signals separation and the robustness of this algorithm in relation to array model errors.
建立了直线阵列天线容差区内误差任意分布的物理模型；
The physical model for arbitrary tolerance distribution of array elements is presented.
当阵列模型存在误差时，子空间类方法的高分辨性能会显著下降，因此必须进行有效的校正。
A novel vector sensors array calibration method based on subspace approaches in the presence of phase errors on high-resolution estimation methods is presented in this paper.
在此基础上，提出了一种包含麦克风阵列误差的改进阵列模型。
On this basis, an improved array model that contains microphone array errors is proposed.
在此基础上，提出了一种包含麦克风阵列误差的改进阵列模型。
On this basis, an improved array model that contains microphone array errors is proposed.
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