AudioSense: Enabling Real-time Evaluation of Hearing Aid Technology In-Situ.

Syed Shabih Hasan, Farley Lai, Octav Chipara, Yu-Hsiang Wu
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引用次数: 26

Abstract

AudioSense integrates mobile phones and web technology to measure hearing aid performance in real-time and in-situ. Measuring the performance of hearing aids in the real world poses significant challenges as it depends on the patient's listening context. AudioSense uses Ecological Momentary Assessment methods to evaluate both the perceived hearing aid performance as well as to characterize the listening environment using electronic surveys. AudioSense further characterizes a patient's listening context by recording their GPS location and sound samples. By creating a time-synchronized record of listening performance and listening contexts, AudioSense will allow researchers to understand the relationship between listening context and hearing aid performance. Performance evaluation shows that AudioSense is reliable, energy-efficient, and can estimate Signal-to-Noise Ratio (SNR) levels from captured audio samples.

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AudioSense:实现助听器技术的实时评估。
AudioSense集成了移动电话和网络技术,实时和原位测量助听器的性能。在现实世界中测量助听器的性能具有重大挑战,因为它取决于患者的听力环境。AudioSense使用生态瞬时评估方法来评估感知助听器的性能以及使用电子调查来表征听力环境。AudioSense通过记录患者的GPS位置和声音样本进一步表征患者的听力环境。通过创建听力表现和听力环境的时间同步记录,AudioSense将使研究人员能够了解听力环境和助听器性能之间的关系。性能评估表明,AudioSense是可靠的、节能的,并且可以从捕获的音频样本中估计信噪比(SNR)水平。
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