If a GAN produces low-quality outputs despite fine-tuning, you can follow the following:
- Review Data Preprocessing: Ensure proper normalization and augmentation of real-world data.
- Enhance Model Architecture: Use advanced layers like residual blocks or attention mechanisms.
- Adjust Training Dynamics: Balance generator and discriminator updates to avoid overfitting or underfitting.
- Regularization: Add gradient penalties (e.g., WGAN-GP) or noise to stabilize training.
- Increase Training Data Quality/Quantity: Include more diverse and high-quality samples.
Here is the code snippet you can refer to:

In the above code, we are using the following key points:
- Gradient Penalty: Stabilizes training by penalizing non-smooth discriminator gradients.
- Architecture Improvements: Helps the GAN learn more robust representations.
- Data Preprocessing: Ensures the data aligns well with the model's expectations.
Hence, these methods collectively address low-quality outputs and refine the GAN's performance.