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while the author says ADA wasn't used - it does have a feature in that it can prevent mode collapse.
AdaIN (Adaptive Instance Normalization) has a significant impact on StyleGAN2's capabilities and performance. Here are the key effects:1. Improved style control: - AdaIN allows for better control over the styles at different scales/resolutions in the generator. - It enables more fine-grained manipulation of features like color, texture, and higher-level attributes.2. Enhanced disentanglement: - AdaIN helps separate different aspects of the generated images, making it easier to independently control various attributes.3. Better mixing capabilities: - Style mixing becomes more effective, allowing for more natural blending of features from different latent codes.4. Increased stability: - AdaIN contributes to more stable training, reducing issues like mode collapse.5. Improved quality: - Generally leads to higher quality and more diverse image generation.6. Flexibility in architecture: - Allows for a more flexible generator architecture, as styles can be injected at multiple resolutions.7. Enhanced transfer learning: - Makes it easier to adapt the model to new domains or tasks through transfer learning.8. Better interpretability: - The style space becomes more interpretable, aiding in understanding what different parts of the latent space control.9. Efficient scale-specific control: - Enables efficient control over features at different scales without needing to pass through the entire network.10. Reduced artifact generation: - Can help reduce certain types of artifacts in generated images.11. Improved editability: - Makes it easier to perform semantic edits on generated images by manipulating the style vectors.12. Better performance on diverse datasets: - AdaIN helps the model handle more diverse datasets by allowing for more flexible style adjustments.These improvements make StyleGAN2 with AdaIN a powerful and versatile architecture for high-quality image generation and manipulation tasks.
the root cause i think lies in the framedecoder
there's a step where the discriminator loss is off the charts....
is there something wrong with training data??
sometimes the videos have unrelated current / reference...
I did build out ada discriminator - maybe this could help....
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this happens now and then....

i dont know why - or when
https://wandb.ai/snoozie/IMF/runs/01vvfows?nw=nwusersnoozie
the lead up was showing convergence -

while the author says ADA wasn't used - it does have a feature in that it can prevent mode collapse.
the root cause i think lies in the framedecoder
there's a step where the discriminator loss is off the charts....

is there something wrong with training data??
sometimes the videos have unrelated current / reference...
I did build out ada discriminator - maybe this could help....
I switch in the original IMF disicriminator
#35
seems to be helping
https://wandb.ai/snoozie/IMF/runs/nh3zc28s?nw=nwusersnoozie
this is using the multiscale discriminator
https://wandb.ai/snoozie/IMF/runs/191c5zqi?nw=nwusersnoozie
i though that this could make a big impact on image quality - but in fairness the correct architecture has been the most help.
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