@@ -194,6 +194,17 @@ We will train the diffusion model on the MNIST dataset using the **diffusers** l
...
@@ -194,6 +194,17 @@ We will train the diffusion model on the MNIST dataset using the **diffusers** l
| **Skip Connections** | Yes | Yes |
| **Skip Connections** | Yes | Yes |
| **Time Embedding** | No | Yes |
| **Time Embedding** | No | Yes |
## Results
Here a visual results from the U-Net models:
**Diffusion U-Net2D**

**Conditional GAN U-Net (cGAN)**

### Conclusion
### Conclusion
In this section, we have outlined the architecture and training process for a Diffusion model using a U-Net. This model is trained to perform image denoising, progressively refining noisy images into clean ones. We compared it with the U-Net used in cGANs, highlighting the key differences and how they are tailored to their respective tasks.
In this section, we have outlined the architecture and training process for a Diffusion model using a U-Net. This model is trained to perform image denoising, progressively refining noisy images into clean ones. We compared it with the U-Net used in cGANs, highlighting the key differences and how they are tailored to their respective tasks.