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DmitryRyuminΒ 
posted an update Apr 1
Post
1411
πŸŽ―πŸ–ΌοΈπŸŒŸ New Research Alert - ICLR 2024! 🌟 πŸ–ΌοΈπŸŽ―
πŸ“„ Title: Adversarial AutoMixup πŸ–ΌοΈ

πŸ“ Description: Adversarial AutoMixup is an approach to image classification augmentation. By alternately optimizing a classifier and a mixed-sample generator, it attempts to generate challenging samples and improve the robustness of the classifier against overfitting.

πŸ‘₯ Authors: Huafeng Qin et al.

πŸ“… Conference: ICLR, May 7-11, 2024 | Vienna, Austria πŸ‡¦πŸ‡Ή

πŸ”— Paper: Adversarial AutoMixup (2312.11954)

πŸ“ Repository: https://github.com/JinXins/Adversarial-AutoMixup

πŸ“š More Papers: more cutting-edge research presented at other conferences in the DmitryRyumin/NewEraAI-Papers curated by @DmitryRyumin

πŸ” Keywords: #AutoMixup #ImageClassification #ImageAugmentation #AdversarialLearning #ICLR2024 #DeepLearning #Innovation

Hi, Dmitry, very interesting selected paper. Do you think that instead of doing image mixing we could introduce another type of advanced generators, like GANs or latent diffusion models? I guess that it is pretty straightforward to do, but maybe I am wrong. I know you did not write it, but I imagine that you have more idea than me about the methodology proposed in it

Β·

Hi @researcher171473 ,

The idea of using GANs or latent diffusion models to augment visual data instead of image mixing is indeed interesting. However, I have a few considerations:

  1. Training GANs and diffusion models is typically more resource intensive than simple image mixing.
  2. Ensuring that the generated examples are sufficiently informative and diverse to improve the classifier may require additional mechanisms (diversity regularization, adversarial training, latent space manipulation, domain-specific constraints, etc.).
  3. The generated examples must retain their original semantics and class membership to effectively complement the training data.
  4. The classifier may overfit the generated examples and lose performance on real data.

Despite these potential challenges, combining image blending with generative models could potentially yield better results. For example, GANs could be used to generate additional realistic samples that can then be mixed to increase diversity.