Complex-Domain Pitch Estimation Algorithm for Narrowband Speech Signals

Accurately detecting voiced intervals in speech signals is a critical step in pitch tracking and has numerous applications. While conventional signal processing methods and deep learning algorithms have been proposed for this task, their need to fine-tune threshold parameters for different datasets and limited generalization restrict their utility in real-world applications. To address these challenges, this study proposes a supervised voicing detection model that leverages recorded laryngograph data. The model, adapted from a recently developed CrossNet architecture, is trained using reference voicing decisions derived from laryngograph datasets. Pretraining is also investigated to improve the generalization ability of the model. The proposed model produces robust voicing detection results, outperforming other strong baseline methods, and generalizes well to unseen datasets. The source code of the proposed model with pretraining is provided along with the list of used laryngograph datasets to facilitate further research in this area.

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Complex-Domain Pitch Estimation Algorithm for Narrowband Speech Signals

Cited by 2 publications

References 49 publications

HAEPF: hybrid approach for estimating pitch frequency in the presence of reverberation

HAEPF: hybrid approach for estimating pitch frequency in the presence of reverberation

Leveraging laryngograph data for robust voicing detection in speech

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