This repository contains the accompanying code for the ICLR 2023 publication "Neural Architecture Design and Robustness: A Dataset" by Steffen Jung, Jovita Lukasik, and Margret Keuper. Visit our project page at http://robustness.vision/ for more information.

You can download the dataset from http://data.robustness.vision/. The dataset is split into data sources (cifar10, cifar100, and ImageNet16-120), evaluation results (accuracies, confidence, cm), and attack type (adversarial, corruption) to keep file sizes manageable and evaluation results selectable. cifar10.zip contains all evaluations on cifar10 and <dataset>-accuracies.zip includes all attack types. You need to download the meta data file contained in meta.zip in any case if you want to use the provided helper class.

This repository contains a helper class to access the data robustness_dataset.py as well as an example notebook dataset.ipynb that shows how to use the helper class. See below for a short introduction.

from robustness_dataset import RobustnessDataset
data = RobustnessDataset(path="path_to_data_root")
results = data.query(
    # data specifies the evaluated dataset
    data = ["cifar10", "cifar100", "ImageNet16-120"],
    # measure specifies the evaluation type
    measure = "accuracy" # ["accuracy", "confidence", "cm"],
    # key specifies the attack types
    key = RobustnessDataset.keys_clean + RobustnessDataset.keys_adv + RobustnessDataset.keys_cc
)

# clean accuracy of architecture #13433 on cifar10
# get_uid returns unique architecture id (if given id is isomorph)
result["cifar10"]["clean"]["accuracy"][data.get_uid(13433)]
# 0.893

# pgd accuracy of architecture #13433 on cifar10 with eps=1.0
result["cifar10"]["pgd@Linf"]["accuracy"][data.get_uid(13433)][data.meta["epsilons"]["pgd@Linf"].index(1.0)]
# 0.336

@inproceedings{Jung2023,
  author = {Steffen Jung and Jovita Lukasik and Margret Keuper},
  title = {Neural Architecture Design and Robustness: A Dataset},
  booktitle = {ICLR},
  year = {2023}
}

• Project website: http://robustness.vision/
• GitHub repository: http://code.robustness.vision/
• Dataset download: http://data.robustness.vision/
• OpenReview: https://openreview.net/forum?id=p8coElqiSDw