DGRL enables efficient reinforcement learning in discrete action spaces up to 10^20 via distance-guided exploration and regression-based updates, improving performance by up to 66%.
HyCNNs combine Maxout and ICNN principles to learn convex functions with exponentially fewer parameters than ICNNs, outperforming baselines in convex regression and optimal transport.
Steady CFD inference is reformulated as self-supervised inpainting with a local tokeniser, yielding reusable flow priors that outperform supervised surrogates under boundary shifts and enable local geometry editing.