This approach is noteworthy in that it allows to generate an F0 pattern that is both statistically likely and physically natural without iterative procedures.

Physically Constrained Statistical F0 Prediction for Electrolaryngeal Speech Enhancement. Kou Tanaka1, Hirokazu Kameoka2, Tomoki Toda3, and Satoshi Nakamura1.

Statistical F0 prediction for electrolaryngeal speech enhancement considering generative process of F0 contours within product of experts framework · Abstract.

ABSTRACT. We have previously proposed a statistical fundamental fre- quency (F0) prediction method that makes it possible to predict the underlying F0 ...

After considering the physical mechanism and the constrain of vocal phonation and speech production, the F0 estimation performance is further enhanced [15], [ ...

Physically Constrained Statistical F0 Prediction for Electrolaryngeal Speech Enhancement · Computer Science, Engineering. INTERSPEECH · 2017.

Such conversion techniques relieve the efforts of predicting multiple speech features, including F0, aperiodicity feature and U/V (Unvoiced/Voiced) labels, in ...

This paper presents an electrolaryngeal (EL) speech enhancement method capable of significantly improving naturalness of EL speech while causing no ...

Physically Constrained Statistical F0 Prediction for Electrolaryngeal Speech Enhancement. INTERSPEECH 2017: 1069-1073; 2016. [c10]. view. electronic edition via ...

Physically constrained statistical F0 prediction for electrolaryngeal speech enhancement. Proc. INTERSPEECH, pp. 1069-1073, Stockholm, Sweden, Aug. 2017. A ...