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https://github.com/machinelearningzuu/data-engineering-process-of-audio-data

This Repository Consists of the Feature Engineering Process of Audio Signals in both Time Domain & Frequency Domain. In more the repository contains Jupiter-notebook implementations which uses python & librosa
https://github.com/machinelearningzuu/data-engineering-process-of-audio-data

audio-processing librosa machine-learning python

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This Repository Consists of the Feature Engineering Process of Audio Signals in both Time Domain & Frequency Domain. In more the repository contains Jupiter-notebook implementations which uses python & librosa

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# Data-Engineering-Process-of-Audio-Data

### Basically we can derive audio features in both Time Domain and Frequency Domain. Here we experiment & visualize different techniques for each audio feature type using python and librosa

## Time Domain Features:
### 1 . Time Spectrum
![github](https://github.com/1zuu/Data-Engineering-Process-of-Audio-Data/blob/main/results/time_spectrum.png)
### 2 . Amplitude Envelope
![github](https://github.com/1zuu/Data-Engineering-Process-of-Audio-Data/blob/main/results/amplitude_envelop.png)
### 3 . Zero Crossing Rate
![github](https://github.com/1zuu/Data-Engineering-Process-of-Audio-Data/blob/main/results/zcr.png)
### 4 . Root Mean Square Energy
![github](https://github.com/1zuu/Data-Engineering-Process-of-Audio-Data/blob/main/results/rmse.png)