Image Generation On Imagenet 64X64
المقاييس
Bits per dim
النتائج
نتائج أداء النماذج المختلفة على هذا المعيار القياسي
جدول المقارنة
| اسم النموذج | Bits per dim |
|---|---|
| densely-connected-normalizing-flows | 3.35 (different downsampling) |
| improving-the-training-of-rectified-flows | - |
| rethinking-attention-with-performers | 3.719 |
| diffusion-models-are-innate-one-step | - |
| 190410509 | 3.44 |
| consistency-trajectory-models-learning | - |
| consistency-models | - |
| consistency-models | - |
| macow-masked-convolutional-generative-flow | 3.75 |
| truncated-consistency-models | - |
| very-deep-vaes-generalize-autoregressive-1 | 3.52 |
| cascaded-diffusion-models-for-high-fidelity | - |
| combiner-full-attention-transformer-with | 3.42 |
| composing-ensembles-of-pre-trained-models-via | - |
| score-identity-distillation-exponentially | - |
| scalable-adaptive-computation-for-iterative | - |
| enhancing-the-locality-and-breaking-the | 4.351 |
| efficient-vdvae-less-is-more | 3.30 (different downsampling) |
| multi-resolution-continuous-normalizing-flows | 3.44 |
| conditional-image-generation-with-pixelcnn | 3.57 |
| generating-high-fidelity-images-with-subscale | 3.52 |
| composing-ensembles-of-pre-trained-models-via | - |
| mali-a-memory-efficient-and-reverse-accurate-1 | 3.71 |
| composing-ensembles-of-pre-trained-models-via | - |
| pagoda-progressive-growing-of-a-one-step | - |
| flow-matching-for-generative-modeling | 3.31 |
| consistency-models | - |
| neural-diffusion-models | 3.35 |
| direct-discriminative-optimization-your-1 | - |
| reformer-the-efficient-transformer-1 | 3.740 |
| disco-diff-enhancing-continuous-diffusion | - |
| constant-acceleration-flow-1 | - |
| consistency-models-made-easy | - |
| self-improving-diffusion-models-with | - |
| consistency-models | - |
| variational-diffusion-models | 3.40 |
| axial-attention-in-multidimensional-1 | 4.032 |
| consistency-trajectory-models-learning | - |
| learning-stackable-and-skippable-lego-bricks | - |
| pixelcnn-models-with-auxiliary-variables-for | 3.57 |
| normalizing-flows-are-capable-generative | 2.99 |
| composing-ensembles-of-pre-trained-models-via | - |
| efficient-content-based-sparse-attention-with-1 | 3.43 |
| residual-flows-for-invertible-generative | 3.757 |
| glow-generative-flow-with-invertible-1x1 | 3.81 |
| neural-flow-diffusion-models-learnable | 3.2 |
| rethinking-attention-with-performers | 3.636 |
| diffusion-models-are-innate-one-step | - |
| stable-consistency-tuning-understanding-and | - |
| hierarchical-transformers-are-more-efficient | 3.44 |
| improved-denoising-diffusion-probabilistic-1 | 3.53 |
| generative-modeling-with-bayesian-sample | 3.22 |
| macow-masked-convolutional-generative-flow | 3.69 |
| reformer-the-efficient-transformer-1 | 3.710 |
| partition-guided-gans | - |
| diffusion-models-beat-gans-on-image-synthesis | - |
| combiner-full-attention-transformer-with | 3.504 |
| composing-ensembles-of-pre-trained-models-via | - |
| flow-improving-flow-based-generative-models | 3.69 |
| stylegan-xl-scaling-stylegan-to-large-diverse | - |
| clr-gan-improving-gans-stability-and-quality | - |
| improving-the-training-of-rectified-flows | - |
| parallel-multiscale-autoregressive-density | 3.7 |
| adversarial-score-identity-distillation | - |