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Research map / Architectures and efficiency / CNN design

Implicit Bias of Linear Equivariant Networks

ICML 2022 · Architectures and efficiency › CNN design · approach: Group convolution theory · 0 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Train a full-width linear G-CNN with gradient descentLinear G-CNN · Linearly separable binary classification over finite groupsFourier 2/L-Schatten normHelped
Use a band-limited linear G-CNNLinear G-CNN · Linearly separable classification over compact Lie groupsFourier 2/L-Schatten normHelped
Use equivariant group-convolution architecture rather than a fully connected networkG-CNN · Synthetic classification over D8 and D60; MNIST digits 1 and 5Fourier-space Schatten normHelped
Use a G-CNN rather than a standard CNNG-CNN · Synthetic classification over D8 and D60; MNIST digits 1 and 5Fourier-space Schatten normHelped
Add ReLU nonlinearities between hidden layersG-CNN · Synthetic classification, D60Local-linearization Fourier Schatten normMixed
Use a nonlinear spherical CNNSpherical CNN · Rotated spherical MNIST, SO(3)Local-linearization Fourier Schatten normMixed

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