To address this, use techniques like using a deeper discriminator, improving the generator architecture, or applying techniques like Wasserstein loss.
Here is the code reference you can refer to:
![](https://www.edureka.co/community/?qa=blob&qa_blobid=7321095070966629601)
In the above code, we are using the following:
- Wasserstein Loss: Using Wasserstein loss helps stabilize GAN training, leading to sharper and more realistic images.
- Improved Discriminator: A more powerful discriminator helps the model distinguish between real and fake data better, reducing blurriness.
- Better Architecture: Consider using deeper networks or advanced architectures like DCGANs to improve image quality.
Hence, by referring to the above, you can produce a blurry image instead of a sharp realistic one.