This thesis also discusses the methods to design universal beamformer.
本论文还讨论了通用波束形成器的设计问题。
This new beamformer minimizes the "geometric power" error between the beamformer s output and the reference signal.
算法利用输出信号和参考信号之间“几何功率”误差的最小化来求解最优权向量。
This kind of beamformer can eliminate incoherent noise when signals pass Wiener filter, then achieve a better speech-enhance effect by linear constraints minimum variance beamforming.
该波束形成器首先让信号经过维纳滤波器消除非相干噪声，而后经过经典的线性约束最小方差处理，最终达到较好的语音增强效果。
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