What is flattening in machine learning?
Flattening in machine learning refers to the process of converting multi-dimensional data into a one-dimensional format.
Why is flattening important in neural networks?
Flattening is crucial because it prepares the data for fully connected layers, allowing the model to learn effectively.
Can you give me an example of flattening?
Sure! For instance, if you have a 2D image of size 28x28 pixels, flattening it would convert it into a 1D array of 784 pixels.
Are there any alternatives to flattening?
Yes, alternatives include using convolutional layers that can process multi-dimensional data without flattening.
How does flattening affect model performance?
Flattening can impact performance by simplifying the data structure, but it may also lead to loss of spatial information.
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