Rapid high-quality few-shot image generation with deep learning.
Project details
Faster Projected GAN is an advanced deep learning model for few-shot image generation. It enables the creation of high-quality images with limited datasets, training in less than 237k images, making it ideal for projects with scarce data. Leverage its PyTorch implementation for efficient image synthesis in various applications.
Faster Projected GAN is an unofficial PyTorch implementation of the advanced model introduced in the paper Faster Projected GAN: Towards Faster Few-Shot Image Generation. This model is designed to facilitate rapid training and high-quality image generation with minimal datasets, proving highly effective when fewer than 100 samples are available.
The following results were achieved on the AnimalFace-cat dataset comprising 160 images (provided by the FastGAN authors) after training for less than 237 kimg:
To include the Faster Projected GAN in your own Python projects, simply import and initialize the generator and discriminator as follows:
from generator import FasterProjectedGANGenerator
from discriminator import ProjectedGANDiscriminator
# Initialize models
G = FasterProjectedGANGenerator()
D = ProjectedGANDiscriminator()
For those seeking a quick way to experiment with this model without local installation, a Colab notebook is available for immediate use.
Contributions are highly encouraged. Users are invited to improve this implementation, address bugs, or add new features by opening issues or submitting pull requests.
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