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FIRST is way too big to store all of in an HDF5 file, so we'll have to do feature extraction on the fly. This probably needs a deeper CNN model than the one we're using, and/or PCA, just to get the sizes down a bit.
I propose the following: Sample 200 FIRST objects with crowd labels, get the radio patches associated with the nearby galaxies, and train a 3-convolutional-layer CNN on just this. Then PCA the result and use the resulting pipeline to extract features while importing FIRST.
If this is a decent idea, I can throw together a script to run on a GPU and get a dataset together.
The text was updated successfully, but these errors were encountered:
Please don't do anything about training on FIRST until all your other results are done. We should have a chat about how to best proceed when we next meet.
FIRST is way too big to store all of in an HDF5 file, so we'll have to do feature extraction on the fly. This probably needs a deeper CNN model than the one we're using, and/or PCA, just to get the sizes down a bit.
I propose the following: Sample 200 FIRST objects with crowd labels, get the radio patches associated with the nearby galaxies, and train a 3-convolutional-layer CNN on just this. Then PCA the result and use the resulting pipeline to extract features while importing FIRST.
If this is a decent idea, I can throw together a script to run on a GPU and get a dataset together.
The text was updated successfully, but these errors were encountered: