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Research map / Label-efficient and robust learning / Noisy labels

Training Binary Neural Networks through Learning with Noisy Supervision

ICML 2020 · Label-efficient and robust learning › Noisy labels · approach: Sample selection and co-training · 30 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
replace sign-based weight binarization with learned binary weight mapping (ablation)ResNet-20 binary network · CIFAR-10accuracy: 85.26 -> 85.36Helped
add unbiased noisy supervision to learned binary weight mapping (ablation)ResNet-20 binary network · CIFAR-10accuracy: 85.36 -> 85.56Helped
fine-tune using LNS rather than simple fine-tuningbinary ResNet-18 · ImageNetTop-1 accuracy: 52.8% -> 53.1%Helped
increase the noisy-supervision loss weight alpha from 0 to around 1 (ablation)LNS · CIFAR-10 validationaccuracy: 85.35% -> 85.53%Helped
set the assumed noise rate too high (rho=0.2) (ablation)LNS · CIFAR-10 validationaccuracyHurt
use LNS instead of Dorefa-Net binarizationResNet-20 binary network · CIFAR-10accuracy: 85.06 -> 85.78Helped
use LNS instead of the Bireal-Net + PReLU baselinebinary ResNet-18 · ImageNetTop-1 accuracy: 59.0% -> 59.4%Helped
use LNS instead of XNOR-Netbinary AlexNet · ImageNetTop-1 accuracy: 44.2% -> 44.4%Helped

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