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projUNN: efficient method for training deep networks with unitary matrices

NeurIPS 2022 · Architectures and efficiency › RNNs and normalization · approach: RNN training dynamics and gradients · 9 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
increase gradient approximation rank k from 1 to 16 (ablation)projUNN-T and projUNN-D · Permuted MNISTtest accuracy: 92.5 -> 92.8 (T, width 116); 97.0 -> 97.0 (D, width 512)No clear effect
increase rank k from 1 to 4 or 16 (ablation)projUNN-T · Adding taskconvergence speedNo clear effect
use rank-one rather than higher rank approximations (ablation)projUNN-T · Copy memory taskconvergence speedHurt
increase rank k up to 16 (ablation)projUNN-T · Learning random unitary (2048x2048)steps to convergeHelped
use unitary projUNN-T instead of unconstrained weights in very deep CNN100-layer CNN · MNISTtest accuracy: 23.5 -> 94.6Helped
impose unitary/orthogonal constraint on convolutionsResNet9 · CIFAR10accuracy: 92.26% -> 82.06%Hurt
projUNN-D vs ExpRNN at width 512RNN · Permuted MNISTtest accuracy: 96.6 -> 97.0Helped

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