To adapt the code for your audio dataset with a CWT layer as the first layer, you can follow these general steps:
- Data Preparation: Load and preprocess your audio dataset. This will involve reading the audio files, extracting features or converting the waveform data into a format suitable for input to a neural network.
- Network Architecture: Modify the network architecture to accommodate audio data. Replace the input layer with a CWT layer as the first layer. You will need to configure the CWT layer with appropriate parameters such as wavelet type, scales, and so on.
- Training: Train the modified network using your audio dataset. Make sure to adjust the network's input size and output size to match your classification task.
- Evaluation: Evaluate the trained network's performance on your audio dataset.
Here's a high-level example of how you can modify the code:
waveletName = 'cmor1.5-1';
cwtLayer = cwtfilterbank('Wavelet', waveletName, 'SignalLength', signalLength, 'VoicesPerOctave', 12, 'Scales', scales);
imageInputLayer([1 signalLength 1])
convolution2dLayer([1 3], 16, 'Padding', 'same')
fullyConnectedLayer(outputSize)
Please note that you will need to adapt the code further to match your specific audio dataset and classification task. Additionally, you may need to adjust hyperparameters, the network architecture, and other settings based on your dataset's characteristics. The key modification is replacing the input layer with a CWT layer as the first layer of the network.
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