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Research map / Architectures and efficiency / Pruning and efficient tuning

Growing a Brain: Fine-Tuning by Increasing Model Capacity

CVPR 2017 · Architectures and efficiency › Pruning and efficient tuning · approach: Parameter-efficient transfer analysis · 158 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Increase model capacity by adding a layer or channels while fine-tuningAlexNet · SUN-397accuracy: 55.93 -> 59.05Helped
Widen existing layers rather than only adding a new layerAlexNet · SUN-397accuracy: 58.54 -> 58.95Helped
Add channels at both FC6 and FC7 (ablation)AlexNet · SUN-397accuracy: 58.95 -> 59.05Helped
Add normalization and adaptive scaling to new FC7 units (ablation)WA-CNN · SUN-397accuracy: 51.34 -> 58.95Helped
Add normalization and adaptive scaling to the new layer (ablation)DA-CNN · SUN-397accuracy: 57.21 -> 58.07Helped
Progressively widen instead of fine-tuning a fixed wide model (ablation)AlexNet · MIT-67accuracy: 62.3 -> 66.3Helped
Progressively widen instead of fine-tuning a fixed wide model (ablation)AlexNet · CUB200-2011accuracy: 63.2 -> 69.0Helped
Progressively widen rather than train the wide network from scratch (ablation)AlexNet · ImageNetaccuracy: 57.6 -> 57.8Helped
Transfer progressively through SUN-397 before adapting to MIT-67WA-CNN · MIT-67accuracy: 66.3 -> 79.3Helped

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