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Efficient perceptual tuning of hearing aids with genetic algorithms

机译:使用遗传算法对助听器进行有效的知觉调整

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We describe a system for integrating a genetic algorithm (GA) with perceptual feedback to perform an efficient search in a perceptual space. The main system components are an efficient method for estimating perceptual rank order and genetic operators that take advantage of the types of parameters found in certain classes of audio processing systems. Preference judgments are used, resulting in a lightweight user interface. The application to subjectively fitting a portable hearing aid based solely on binary feedback is discussed. An experiment was conducted using eight normal and eight hearing impaired subjects. Three parameters were varied to control cancellation of acoustic feedback. The GA worked well for fitting this system, as indicated by both objective and subjective measures. In addition, users had greatly differing preferences for feedback cancellation parameters and these preferences did not change much when subjects were retested.
机译:我们描述了一种将遗传算法(GA)与感知反馈相集成的系统,以在感知空间中执行有效的搜索。系统的主要组成部分是一种有效的方法,可以利用某些音频处理系统中发现的参数类型来估计感知等级顺序和遗传算子。使用首选项判断,从而实现了轻量级的用户界面。讨论了仅基于二进制反馈来主观装配便携式助听器的应用。对八名正常人和八名听力障碍的受试者进行了实验。改变三个参数以控制声反馈的消除。正如客观和主观指标所表明的那样,GA很好地适合了该系统。此外,用户对反馈消除参数的偏好有很大不同,并且在对受试者进行重新测试时,这些偏好变化不大。

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