Comments (4)
This information is in the supplementary material.
You can see the throughput (imgs/gpu/sec) here:
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That seems right. However, larger datasets don't necessarily take more time to train, at least not likely in proportion to the size of the dataset. You need a certain number of images, aka. iterations (not unique images) to get a certain quality of diffusion model. It's unlikely that double the dataset size would take 2x more time to train. Besides, you may decide to end the training whenever the quality is acceptable. You may set a fixed number of images like 100M regardless of the number of image in the dataset.
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Thanks a lot! So if my understanding and calculation are close to correct, then training could take a little under a week for FFHQ-128 with 4 V100, and with a larger dataset, it could span several weeks. Am I correct?
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Thanks, I see now! This is not an easy task to train such models in terms of time and computing, so hoping that in future some possible research in the area of efficiency will pop up :)
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Related Issues (20)
- Contradiction in the Appendix regarding the Latent DDIM HOT 2
- The grad of training loss with respect to z_{sem} is zero HOT 2
- Why use zero_module? HOT 2
- Configuration of the experiment -- attribute manipulation on real images HOT 4
- what is the input of conditional DDIM decoder? HOT 6
- how to visualize the reconstruction result
- Inquiry about using Guided-Diffusion parameters HOT 2
- How to determine cond_fn in condition_mean HOT 4
- I got the issue about lmdb: lmdb.Error: ffhq256.lmdb: No such file or directory HOT 7
- Regarding the error I met when I try to run the run_bedroom128.py HOT 4
- Difference in Model Weights HOT 1
- I cannot access to URL for converting the datasets to LMDB format
- Extensive GPU Usage for Manipulation HOT 1
- Issues with Conditional Sampling HOT 3
- about the partition of training and validation sets HOT 1
- It looks like z-sem is not being trained HOT 9
- an error occurred during evaluation. HOT 3
- the setting of use_inverted_noise
- Retraining for getting higher resolution Image
- Checkpoint
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