Domain Randomization
Overview
Domain randomization studies how to train models on varied simulated or synthetic conditions so they generalize to real settings that differ from training data. Common approaches randomize physics and controller parameters for reinforcement-learning policies, vary appearance through procedural rendering or generative image augmentation, and use staged curricula or online adaptation. Researchers test these methods in sim-to-real robot control and manipulation, as well as out-of-domain medical imaging and industrial object recognition, using both perturbation benchmarks and physical systems. A central tension is how to choose useful variation: broader randomization can improve robustness, but may waste training effort or underperform targeted system identification, realistic modeling, and carefully ordered curricula.
Latest papers
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