Using previous checkpoint values as LSTM context for arithmetic coding reduces compressed checkpoint size by 14% to 31% over ExCP on ViT-L32 and Pythia-410M, with the coding stage lossless.
Knoll, CMIX, 2014
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An Efficient Compression of Deep Neural Network Checkpoints Based on Prediction and Context Modeling
Using previous checkpoint values as LSTM context for arithmetic coding reduces compressed checkpoint size by 14% to 31% over ExCP on ViT-L32 and Pythia-410M, with the coding stage lossless.