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Robustness Analysis of Binaural Hearing Aid Beamformer Algorithms by means of Objective Perceptual Quality Measures

机译：基于客观知觉质量测量的双耳助听器波束形成器鲁棒性分析

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Thomas Rohdenburg; Volker Hohmann; Birger Kollmeier; Medizinische Physik;
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年度 2007
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1. A Robust Target Linearly Constrained Minimum Variance Beamformer With Spatial Cues Preservation for Binaural Hearing Aids [J] . Asad Hala, Bouchard Martin, Kamkar-Parsi Homayoun Audio, Speech, and Language Processing, IEEE/ACM Transactions on . 2019,第10期

机译：具有空间线索保存的双耳助听器的鲁棒目标线性约束最小方差波束形成器
2. Objective Prediction of Hearing Aid Benefit Across Listener Groups Using Machine Learning: Speech Recognition Performance With Binaural Noise-Reduction Algorithms [J] . Marc R. Sch?dler, Anna Warzybok, Birger Kollmeier Trends in Hearing . 2018,第22期

机译：使用机器学习对听众群体的助听器益处进行客观预测：双耳降噪算法的语音识别性能
3. A Comparison of Frequency-invariant Beamforming Algorithms for Hearing Aids: Differential Microphone-based Beamformers and the Broadband Beamformer [J] . Kyeongwon Cho, Kyoung Won Nam, Jun Chang Lee, Biomedical Engineering Letters . 2014,第2期

机译：助听器频率不变波束形成算法的比较：基于差分麦克风的波束形成器和宽带波束形成器
4. Robustness Analysis of Binaural Hearing Aid Beamformer Algorithms by Means of Objective Perceptual Quality Measures [C] . Rohdenburg Thomas, Hohmann Volker, Kollmeier Birger, IEEE Workshop on Applications of Signal Processing to Audio and Acoustics . 2007

机译：通过客观感知质量措施对双耳助听器助剂算法算法的鲁棒性分析
5. Robust binaural noise-reduction strategies with binaural-hearing-aid constraints: Design, analysis and practical considerations. [D] . Marin, Jorge I. 2012

机译：具有双耳助听器约束的稳健双耳降噪策略：设计，分析和实际考虑。
6. Objective Prediction of Hearing Aid Benefit Across Listener Groups Using Machine Learning: Speech Recognition Performance With Binaural Noise-Reduction Algorithms [O] . Marc R. Schädler, Anna Warzybok, Birger Kollmeier 2018

机译：使用机器学习对听众群体的助听器益处进行客观预测：双耳降噪算法的语音识别性能
7. Objective Perceptual Quality Assessment for Self-Steering Binaural Hearing Aid Microphone Arrays [O] . Thomas Rohdenburg, Stefan Goetze, Volker Hohmann, 2009

机译：自导双耳助听器麦克风阵列的客观感知质量评估

Robustness Analysis of Binaural Hearing Aid Beamformer Algorithms by means of Objective Perceptual Quality Measures

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