In this section, we explore methods for scaling up GAN training to reap the performance benefits of larger models and larger batches. As a baseline, we employ the SA-GAN architecture of Zhang et al. (2018), which uses the hinge loss (Lim & …Our basic setup follows SA-GAN (Zhang et al., 2018), and is implemented in TensorFlow (Abadi et al., 2016). We employ the architectures detailed in Appendix B, with non-local blocks inserted at a single stage in each network. Both G and D n…
Saxe et al.
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Saxe et al. appear as a passing reference in technical discussions of GAN architectures and training procedures, though their specific contribution is not detailed in these excerpts. The citations seem to draw on foundational work in neural network initialization and scaling strategies that underpin contemporary generative models, which are central to discussions of AI-generated imagery in the seminar's broader engagement with algorithmic aesthetics.
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