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Used ICPHI-2017 dataset to classify respiratory audio recordings to classify them on the presence of crackles and wheezles, which can be used by medical practitioners to diagnose respiratory diseases.

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dhruv30sharma13/Respiratory_Audio_Classification

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Respiratory_Audio_Classification

Used ICPHI-2017 dataset to classify respiratory audio recordings to classify them on the presence of crackles and wheezles, which can be used by medical practitioners to diagnose respiratory diseases.

Ideas used: -Conversion audio files to spectrograms using librosa -Create CNN model to detect spatial features from spectrograms -Make prediction on basis of learned features for presence or absence of Crackle or Wheeze

Libraries/Frameworks: -Tensorflow -- to make the neural networks, do predictions. -Librosa -- to pre-process audio files -Numpy -- perform mathematical operations on image arrays -OpenCV -- to deal with images (here spectrograms) in python

Metrics obtained: -Accuracy -- 85.47% (test) -AUC score -- 0.76

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Used ICPHI-2017 dataset to classify respiratory audio recordings to classify them on the presence of crackles and wheezles, which can be used by medical practitioners to diagnose respiratory diseases.

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