Challenges and solutions pertinent to machine learning-based audio recognition

Authors

  • Sijie Yang

DOI:

https://doi.org/10.54097/n54zq395

Keywords:

Audio to text; speech to text.

Abstract

The problem of transcribing data from an acoustic waveform has yielded multiple approaches over the last decades. The current preferred approach involves a three-stage model that breaks the problem into its constituent stages, each with an equivalent model. The first stage divides pure acoustics and language study using a Bayesian model. The second stage focuses on the acoustics model; this model makes the most sufficient and efficient division. The third stage focuses on the acoustics model; this model provides complete instruction on how to compute the probability required by the first stage, given the division specification declared within the second stage.

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References

Feng Jiajun (2016) Research and System Implementation of Violent Audio Scene Classification Technology (Doctor Dissertation, Harbin Institute of Technology).

Zhang Xiaolong, &Peng Yi (2023) Audio recognition method based on residual network and random forest The 6th China Computer Society Big Data Academic Conference.

http://www.bnext.com.tw/article/41414/bn-2016-10-19-020437-216 [Yu, et al., INTERSPEECH’16].

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Published

31-12-2023