It is well established that machine learning models are vulnerable to adversarial examples (AEs), which introduce imperceptible perturbations into the original image yet can significantly degrade the performance of well-trained classifiers, often resulting in nearly 100% misclassification rates. As machine learning models become more essential to society, AEs present significant safety risks to their dependability. To prevent various failure modes in real-world deployments, it is essential to develop robust defense strategies against adversarial attacks, thereby ensuring the reliability of machine learning systems.

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Trustworthy Machine Learning with Adversarial Examples

  • Bo Han,
  • Tongliang Liu

摘要

It is well established that machine learning models are vulnerable to adversarial examples (AEs), which introduce imperceptible perturbations into the original image yet can significantly degrade the performance of well-trained classifiers, often resulting in nearly 100% misclassification rates. As machine learning models become more essential to society, AEs present significant safety risks to their dependability. To prevent various failure modes in real-world deployments, it is essential to develop robust defense strategies against adversarial attacks, thereby ensuring the reliability of machine learning systems.