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Studying the optimal widnow length for respiratory sound analysis

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WindowLengthRespiratorySounds

This is the experiment of my thesis. The main purpose is to see analyze how the parameter 'window length' affects the performance of an AutoML system.

Link to dataset: https://bhichallenge.med.auth.gr/ICBHI_2017_Challenge

1- Download the dataset and organize the files, dividing wav and txt files in separate directories. 2- Use the first functions in the functions.py script to operate segmentation (split each audio files in segments wich represent the respiratory cycles). 3- Extract audio features from segments using the chosen windowlength value. 4- Split feature dataframe in train set and test set, using indications provided. 5- Produce Healthy/Unhealthy labels and balance the train set. 6- Generate the ensemble using Autosklearn 2.0 and save them as binary files using pickle 7- Refit operation to skip cross validation 8- Prediction and evaluation metrics

Use tirocinio.yml to import the conda enviroment with all the python libraries used during the experiment.

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Studying the optimal widnow length for respiratory sound analysis

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