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Speech-based Age and Gender Prediction with Transformers

The pre-trained wav2vec 2.0 model achieved better performance in age and gender prediction compared to handcrafted features, with improvements in UAR for both.

Year
2023
Venue
arXiv 2023
Authors
5
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arxiv.org/abs/2306.16962ARXIV-DEFAULT
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Abstract

We report on the curation of several publicly available datasets for age and gender prediction. Furthermore, we present experiments to predict age and gender with models based on a pre-trained wav2vec 2.0. Depending on the dataset, we achieve an MAE between 7.1 years and 10.8 years for age, and at least 91.1% ACC for gender (female, male, child). Compared to a modelling approach built on handcrafted features, our proposed system shows an improvement of 9% UAR for age and 4% UAR for gender. To make our findings reproducible, we release the best performing model to the community as well as the sample lists of the data splits.

Authors

5