Online Normalization for Training Neural Networks
Chiley, Vitaliy, Sharapov, Ilya, Kosson, Atli, Koster, Urs, Reece, Ryan, Fuente, Sofia Samaniego de la, Subbiah, Vishal, James, Michael
–Neural Information Processing Systems
Online Normalization is a new technique for normalizing the hidden activations of a neural network. While Online Normalization does not use batches, it is as accurate as Batch Normalization. We resolve a theoretical limitation of Batch Normalization by introducing an unbiased technique for computing the gradient of normalized activations. Online Normalization works with automatic differentiation by adding statistical normalization as a primitive. This technique can be used in cases not covered by some other normalizers, such as recurrent networks, fully connected networks, and networks with activation memory requirements prohibitive for batching.
Neural Information Processing Systems
Mar-19-2020, 00:02:35 GMT
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