助听器行业服务的硬件/软件架构

Benjamin Cauchi, M. Eichelberg, Andreas Hüwel, K. Adiloglu, H. Richter, Marei Typlt
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引用次数: 2

摘要

随着越来越多的人受到听力损失的影响,大量的研究和开发工作已经进行,以提高助听器的性能。虽然这些努力已经被证明是富有成效的,例如,通过改进语音增强算法,但需要进一步的工作来改进这些算法的自动和个性化选择,增强助听器声学人员为助听器用户提供的服务,并通过增加助听器的连通性来支持他们的工作。本文简要概述了现代助听器中可用的连接功能以及声学场景分类器的最新发展,然后描述了旨在利用这两个领域的进展而设计的硬件/软件架构。这个拟议的架构为助听器用户和助听器行业的专业人员提供了支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware / Software Architecture for Services in the Hearing Aid Industry
With the growing number of people affected by hearing loss, large research and development efforts have been carried to improve the performance of hearing aids. Although these efforts have proven fruitful, e.g., by improving the speech enhancement algorithms, further work is needed to improve the automatic and individualized selection of such algorithms, enhance services provided by the hearing aid acousticians to hearing aid users, and support their work by increasing the connectivity of hearing aids. This paper provides a brief overview of the connectivity features available in modern hearing aids as well as the recent developments in acoustic scenes classifiers before describing an hardware / software architecture designed to exploit advances made in both those fields. This proposed architecture offers support to both hearing aid users and professionals of the hearing aid industry.
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