ICASSP 2022 - 2022 IEEE International Conference on Acoustics, Speech and Signal Processing (ICASSP) · 2022 · 39 citations · 13 references
EngineeringMachine LearningSpeech EnhancementSpeech RecognitionAzure ServiceData SciencePhoneticsRobust Speech RecognitionVoice RecognitionEcho ImpairmentHealth SciencesAcoustic Echo CancellersComputer ScienceDistant Speech RecognitionSignal ProcessingSpeech CommunicationSpeech TechnologySpeech ProcessingSpeech Perception
Traditionally, the quality of acoustic echo cancellers is evaluated using intrusive speech quality assessment measures such as ERLE [1] and PESQ [2], or by carrying out subjective laboratory tests [3], [4]. Unfortunately, the former are not well correlated with human subjective measures, while the latter are time and resource consuming to carry out [5]. We provide a new tool for speech quality assessment for echo impairment which can be used to evaluate the performance of acoustic echo cancellers. More precisely, we develop a neural network model to evaluate call quality degradations in two separate categories: echo and degradations from other sources. We show that our model is accurate as measured by correlation with human subjective quality ratings. Our tool can be used effectively to stack rank echo cancellation models. AECMOS is being made publicly available as an Azure service.
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Non-intrusive Speech Quality Assessment Using Neural Networks
Anderson R. Avila, Hannes Gamper, Chandan K. Reddy et al. · 2019 · 107 citations
Music, Engineering, Machine Learning +18