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IRLAS: Inverse Reinforcement Learning for Architecture Search

CVPR 2019 · Architectures and efficiency › Neural architecture search · approach: Latency-aware architecture search · 39 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add mirror stimuli guidance to DARTSDARTS · CIFAR-10 testerror (%): 2.83 -> 2.71Helped
Use IRLAS rather than the strongest listed baselineCIFAR-10 architectures · CIFAR-10 testerror (%): 2.65 -> 2.60Helped
Add mirror stimuli guidance to BlockQNN or DARTS searchBlockQNN and DARTS · CIFAR-10 searchconvergence speedHelped
Add topological guidance during architecture search (ablation)architecture search · ImageNet mobilelatency: about 1× fasterHelped
Set the topology-reward balance to λ=60 rather than λ=30 (ablation)IRLAS · ImageNet mobileaccuracyHurt
Use fewer stacked blocks to make IRLAS-mobile-fast (ablation)IRLAS-mobile · ImageNet mobilelatency: 12ms -> 9msHelped
Use fewer stacked blocks to make IRLAS-mobile-fast (ablation)IRLAS-mobile · ImageNet mobiletop-1 accuracy (%): 75.28 -> 75.15Hurt

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