To resolve low-resolution outputs in a Variational Autoencoder (VAE), you can refer to the following adjustments:
- Increase Latent Space Size: A larger latent space allows the model to capture more detailed features.
- Use Deeper Networks: Add more layers or increase the number of filters in the encoder/decoder for better feature extraction.
- Use Convolutional Layers: Convolutional VAEs (CVAE) can model spatial hierarchies, improving resolution.
- Increase Decoder Capacity: Enhance the decoder to generate higher-resolution images.
- Use Higher-Resolution Data: Train on higher-resolution datasets to encourage the model to learn finer details.
Here is the code snippet you can refer to:
In the above code, the key adjustments are as follows:
- Latent Space Size: latent_dim=256 to capture more detailed features.
- Deeper Encoder/Decoder: Convolutional layers with more filters for better feature extraction.
- Higher Resolution: Train on higher-resolution images and adjust the model’s architecture to fit the new resolution.
Hence, these adjustments should help improve the resolution of the generated outputs from a VAE model.