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Research map / Architectures and efficiency / Neural architecture search

Efficient Neural Architecture Search via Proximal Iterations

AAAI 2020 · Architectures and efficiency › Neural architecture search · approach: Efficient NAS search strategies · 100 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
search with 12 operations rather than 7 (ablation)NASP · CIFAR-10 testtest error (%): 2.83±0.09 -> 2.44±0.04Helped
search with 12 operations rather than 7 (ablation)NASP · ImageNet testtop1 test error (%): 27.2 -> 26.3Helped
search with more operations (ablation)NASP · Tiny ImageNet testtop1 accuracy (%): 58.12 -> 58.32Helped
search with more operations (ablation)NASP · Tiny ImageNet testtop5 accuracy (%): 77.62 -> 77.54Hurt
maintain discrete architectures and update weights only with selected operationsDARTS-style differentiable NAS · CIFAR-10 searchsearch time (GPU days): 4 -> 0.1Helped
remove the second-order approximationNASP · CIFAR-10 searchtime per epoch (seconds): 1315 -> -Helped
use direct standard proximal updates instead of the NASP update (ablation)NASP · CIFAR-10validation accuracyHurt
use lazy proximal updates instead of the NASP update (ablation)NASP · CIFAR-10validation accuracyHurt
increase the model-complexity penalty (ablation)NASP · CIFAR-10model sizeHelped

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