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1
- Introduction & Overview
2
- Discriminator Architecture
3
- Generator Architecture
4
- Upsampling with PixelShuffle
5
- Architecture Recap
6
- Vanilla TransGAN Results
7
- Trick 1: Data Augmentation with DiffAugment
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- Trick 2: Super-Resolution Co-Training
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- Trick 3: Locality-Aware Initialization for Self-Attention
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- Scaling Up & Experimental Results
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- Recap & Conclusion
Description:
Explore a comprehensive video explanation of the machine learning research paper "TransGAN: Two Transformers Can Make One Strong GAN." Delve into the groundbreaking approach of using transformer-based architectures for both the generator and discriminator in Generative Adversarial Networks (GANs). Learn about the innovative techniques employed, including data augmentation with DiffAug, super-resolution co-training, and localized initialization of self-attention. Discover how TransGAN achieves competitive performance with convolutional GANs on various datasets and gain insights into the future potential of transformer-based GANs in computer vision tasks.

TransGAN - Two Transformers Can Make One Strong GAN - Machine Learning Research Paper Explained

Yannic Kilcher
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