#### EMG data handling and Neural Network analysis
Scripts to handle CSV files composed by 2 * 8 EMG sensors(left & right) devided into sessions per subject. The raw data is organised in a CSV_handler object with Handle_emg_data.py. Processing of data can take the further form of:
* Preprocessing with Signal_prep.py - FFT, MFCC, Wavelet db4
* Storage for Neural Network analysis with NN_handler(Handle_emg_data.py) - combined EMG DataFrame, combined MFCCs DataFrame
* Neural Network analysis in Neural_Network_Analysis.py - LSTM NN, etc.
#### Technologies used
* Common libs: Numpy, Pandas, Pathlib, Sklearn, Scipy, Matplotlib, Tensorflow, Keras
* Community libs: Python_speech_features, Pywt
#### Challanges in the module
* The CSV handlig is for the moment hard-coded to fit the current project due to a very specific file structure and respective naming convention.
* Preprocessing is still limited in Signal_prep.py
* Neural_Network_Analysis.py lacks a more general way to access multiple types of networks
#### Credits for insporational code
* Kapre - Keunwoochoi
* Audio-Classification: seth814
* DeepLearningForAudioWithPyhton - musikalkemist
## Table of Contents
| File and classes | Description and help functions |
| Handle_emg_data.py: - Data_container - CSV_handler - NN_handler | Handles, manipulates, and stores data for analysis. - Data_container is a class that describes the data for each subject in the experiment. Use __init__. - CSV_handler takes data from CSV files and places it in Data_container for each subject. Use load_data() to load csv data into data containers and add the containers to the CSV_handler's 'data_container_dict', indexed by subject number. Use get_data() to retrieve specific data. - NN_handler prepares data for further analysis in Neural Networks. This class has storage for this data and/or can save it to a json file. |
