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Word Recognition Clinical Testing of Personalized Deep Reinforcement Learning Compression

机译:个性化深增强学习压缩的词识别临床测试

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Current hearing aid fittings are carried out using prescriptive compression settings. These settings are derived from group averages but do not account for individual differences or preferences. In a previous work, we developed a human-in-the-loop deep reinforcement learning compression approach to set the compression ratios across a number of frequency bands. These compression ratios were compared to those of the widely used and accepted DSL-v5 hearing aid prescription to determine if incorporating user preference impacted word recognition performance. A pilot clinical study of this comparison for four participants is reported in this paper. The clinical testing results obtained strongly support the hypothesis that the personalized compression settings do not negatively impact word recognition or audibility compared to the prescriptive compression settings. The ability to provide a personalized amplification strategy with no degradation in hearing performance would be of benefit in hearing aids or other assistive listening technologies.
机译:目前的助听器配件是使用规范压缩设置进行的。这些设置源自组平均值,但不考虑单个差异或偏好。在以前的工作中,我们开发了一种人类循环的深增强学习压缩方法,可以在许多频带中设置压缩比。将这些压缩比与广泛使用和接受的DSL-V5助听援助处方进行了比较,以确定结合用户偏好是否受到影响的单词识别性能。本文报道了四个参与者比较的试验临床研究。临床测试结果强烈支持假设,即与规范压缩设置相比,个性化压缩设置不会产生负面影响的字识别或可听。能够提供听力表现没有退化的个性化放大策略将是助听器或其他辅助听力技术的益处。

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