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Low-Power Implementation of an HMM-Based Sound Environment Classification Algorithm for Hearing Aid Application

机译：基于HMM的助听器声环境分类算法的低功耗实现

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Dong Rong; Hermann David; Cornu Etienne; Chau Edward;
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年度 2007
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1. Deep neural network based environment sound classification and its implementation on hearing aid app [J] . Measurement . 2020,第期

机译：基于深度神经网络的环境声音分类及其在助听器应用程序中的实现
2. The Acoustic Environments in Which Older Adults Wear Their Hearing Aids: Insights From Datalogging Sound Environment Classification [J] . Humes Larry E., Rogers Sara E., Main Anna K., American journal of audiology . 2018,第4期

机译：老年人佩戴助听器的声学环境：从数据播出的声音环境分类中的见解
3. Analysis and implementation of low-power perceptual multiband noise reduction for the hearing aids application [J] . Cheng-Wen Wei, Cheng-Chun Tsai, Yi FanJiang, Circuits, Devices & Systems, IET . 2014,第6期

机译：助听器应用的低功率感知多频带降噪的分析和实现
4. Low-power implementation of an HMM-based sound environment classification algorithm for hearing aid application [C] . Rong Dong, Hermann David, Cornu Etienne, European Signal Processing Conference . 2007

机译：低功耗实现基于HMM的助听器应用的声音环境分类算法
5. Audio environment classification for hearing aids. [D] . Freeman, Cecille. 2008

机译：助听器的音频环境分类。
6. The Acoustic Environments in Which Older Adults Wear Their Hearing Aids: Insights From Datalogging Sound Environment Classification [O] . Larry E. Humes, Sara E. Rogers, Anna K. Main, -1

机译：老年人佩戴助听器的声学环境：数据记录声环境分类的见解
7. The Acoustic Environments in Which Older Adults Wear Their Hearing Aids: Insights From Datalogging Sound Environment Classification [O] . Larry E. Humes, Sara E. Rogers, Anna K. Main, 2018

机译：老年人佩戴助听器的声学环境：与数据流量的声音环境分类有识
8. Real-Time Performance of Fusion Algorithms for Computer Aided Detection and Classification of Bottom Mines in the Littoral Environment [R] . Ciany, C. M., Zurawski, W. C., Dobeck, G. J., 2003

机译：滨海环境下井下计算机辅助检测与分类融合算法的实时性

Low-Power Implementation of an HMM-Based Sound Environment Classification Algorithm for Hearing Aid Application

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