GAN Baseline
GAN baselines are foundational models used to evaluate the performance of newer generative adversarial networks (GANs) across diverse data types, including images and tabular data. Current research focuses on improving GAN baselines by addressing limitations such as mode collapse, preserving contextual correlations in tabular data, and enhancing the quality and utility of synthetic data while maintaining privacy. These improvements are crucial for advancing data synthesis techniques, enabling responsible data sharing in various fields like medicine and statistics, and facilitating more robust and reliable machine learning applications.
Papers
Does Diffusion Beat GAN in Image Super Resolution?
Denis Kuznedelev, Valerii Startsev, Daniil Shlenskii, Sergey Kastryulin
A Correlation- and Mean-Aware Loss Function and Benchmarking Framework to Improve GAN-based Tabular Data Synthesis
Minh H. Vu, Daniel Edler, Carl Wibom, Tommy Löfstedt, Beatrice Melin, Martin Rosvall