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Multi-microphone sub-band adaptive signal processing for improvement of hearing aid performance: primarily results using normal hearing volunteers

机译:用于改善助听器性能的多麦克风子带自适应信号处理:主要是使用正常听力志愿者的结果

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A system for the binaural pre-processing of speech signals for input to a standard linear hearing aid has been proposed. The work is based on that of Toner and Campbell (1993) which applied the least mean squares (LMS) algorithm in sub-bands to speech signals from various acoustic environments and signal to noise ratios (SNR). The method attempts to take advantage of the multiple inputs to perform noise cancellation. The use of sub-bands enables a diverse processing mechanism to be employed, where the wide-band signal is split into smaller sub-bands, which can subsequently be processed according to their signal characteristics. The results of a series of intelligibility tests are presented from experiments in which acoustic speech and noise data, generated in a simulated room was tested on normal hearing volunteers.
机译:已经提出了用于对输入到标准线性助听器的语音信号进行双耳预处理的系统。这项工作基于Toner和Campbell(1993)的研究,该模型在子带中将最小均方(LMS)算法应用于来自各种声学环境的语音信号和信噪比(SNR)。该方法尝试利用多个输入来执行噪声消除。子带的使用使得可以采用多种处理机制,其中宽带信号被分成较小的子带,随后可以根据它们的信号特性对其进行处理。一系列清晰度测试的结果来自于实验,其中对正常听觉志愿者测试了在模拟房间中产生的语音和噪声数据。

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