首页> 外文会议>IEEE International Conference on Acoustics, Speech, and Signal Processing >COUPLING BEAMFORMING WITH SPATIAL AND SPECTRAL FEATURE BASED SPECTRAL ENHANCEMENT AND ITS APPLICATION TO MEETING RECOGNITION
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COUPLING BEAMFORMING WITH SPATIAL AND SPECTRAL FEATURE BASED SPECTRAL ENHANCEMENT AND ITS APPLICATION TO MEETING RECOGNITION

机译:基于光谱增强的空间和光谱特征的耦合波束成形及其在满足识别中的应用

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This paper discusses microphone array based interference reduction approaches for robust automatic speech recognition. A model based multichannel spectral enhancement approach has recently been proposed for effectively reducing interference by exploiting both the spatial and spectral features of the signals. With the goal of further improving the effectiveness of this approach, we propose a new framework that combines this approach with a microphone-array based beamforming approach. Because the two approaches can work in a complementary manner in the proposed framework, they can greatly improve the interference reduction performance. We apply the proposed framework to the recognition of actual meetings, and show that it is superior to the use of beamforming or spectral enhancement alone in terms of the word error rates.
机译:本文讨论了基于麦克风阵列的稳健自动语音识别的干扰减少方法。最近提出了一种基于模型的多通道谱增强方法,用于通过利用信号的空间和光谱特征来有效地减少干扰。通过进一步提高这种方法的有效性的目标,我们提出了一种新的框架,将这种方法与基于麦克风阵列的波束成形方法相结合。因为两种方法可以在拟议的框架中以互补的方式工作,因此它们可以大大提高干扰减少性能。我们将拟议的框架应用于认识到实际会议,并表明它优于使用波束成形或光谱增强在单词误差速率方面使用。

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